mhurhangee/patent-ind-claim-en huggingface dataset:
A window or door having a frame and a wing , wherein several sectional bars are assembled for forming the frame and the wing , wherein at least one web of the wing or frame rests against the frame or wing between wing and frame , wherein the sectional bar has several channels separated by longitudinal walls and is manufactured by an extrusion process, and consequently the longitudinal walls along its longitudinal axis have constant wall thicknesses, wherein the web with joints integrally formed from the longitudinal walls is connected to a rigid structure of the sectional bar, and in a first position abuts the web with the wing or frame and in a second position spaces it apart therefrom, characterized in that the web as a swing arm is a stiffened portion of a multi-link chain, which is coupled with a knee lever, which, in an extended position, results in the web resting against the locking edge . wherein the web with joints integrally formed from the longitudinal walls is connected to a rigid structure of the sectional bar, and in a first position abuts the web with the wing or frame and in a second position spaces it apart therefrom, characterized in that the web as a swing arm is a stiffened portion of a multi-link chain, which is coupled with a knee lever, which, in an extended position, results in the web resting against the locking edge .
A heating station adapted to be connected to a supply and consuming network and comprising a monolithic main part adapted for a heat exchanger to be connected to first flow conduits formed within said main part , where said heating station is provided with a by-pass adapted to be opened and closed and positioned between the main part and the supply and consuming network, wherein said heating station comprises an interconnection device , and is adapted to be connected to the supply and consuming network via said interconnection device adapted to be positioned between the main part and the supply and consuming network heating flow circuit pipes, wherein the interconnection device is formed of holding means fixing a set of interconnecting conduits adapted to couple first flow conduits within the main part to the supply and consuming network heating flow circuit pipes, and where the interconnecting conduits are adapted for flow devices , such as valves, flow sensors and pumps, to be positioned between the main part and the supply and consuming network heating flow circuit pipes" and where said by-pass is connected to said interconnection device characterized in that the interconnecting device holding means is formed as a rail and comprises two parts extending in a lengthwise direction at a distance from each other, and each adapted to fixate the interconnecting conduits at a position. wherein said heating station comprises an interconnection device , and is adapted to be connected to the supply and consuming network via said interconnection device adapted to be positioned between the main part and the supply and consuming network heating flow circuit pipes, wherein the interconnection device is formed of holding means fixing a set of interconnecting conduits adapted to couple first flow conduits within the main part to the supply and consuming network heating flow circuit pipes, and where the interconnecting conduits are adapted for flow devices , such as valves, flow sensors and pumps, to be positioned between the main part and the supply and consuming network heating flow circuit pipes" and where said by-pass is connected to said interconnection device characterized in that the interconnecting device holding means is formed as a rail and comprises two parts extending in a lengthwise direction at a distance from each other, and each adapted to fixate the interconnecting conduits at a position.
Inertial unit for the measurement of accelerations comprising at least four inertial sensors , at least one of which is an accelerometer, distributed by pairs on at least two intersecting axes (X, Y), each sensor comprising two inertial masses , each inertial mass comprising a moveable excitation part and a moveable detection part , the moveable excitation parts of a sensor being separate from those of the other sensors, said unit also comprising excitation means for exciting the excitation parts of the sensors and detection means for detecting the movement of the detection parts , and a control unit of the excitation means and detection means, the two inertial masses of each sensor being mechanically coupled by coupling means , called intra-sensor coupling means , said intra-sensor coupling means being strong coupling means, said unit also comprising mechanical coupling means between the four sensors , called inner-sensor coupling means, in such manner that the motions of the messes of all the sensors are bound to each other, said inner-sensor coupling means being elastically deformable and able to transmit the excitation vibrations from one axis (X, Y) to the other (Y, X).
A method for producing a Wnt protein-afamin complex-containing culture supernatant, the method comprising the steps of: a) culturing Wnt protein-expressing cells in a culture medium containing a purified afamin or a recombinant afamin; or co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and b) obtaining the culture supernatant, wherein a serum-free culture medium is used for the culturing or the co-culturing. a) culturing Wnt protein-expressing cells in a culture medium containing a purified afamin or a recombinant afamin; or co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and b) obtaining the culture supernatant, wherein a serum-free culture medium is used for the culturing or the co-culturing.
A recording apparatus comprising: a recording section which performs recording by applying liquid to a recording medium; a transporting belt which transports the recording medium; a cleaning section which includes a plurality of cleaning units for cleaning the transporting belt, wherein each of the cleaning units includes a cleaning roller , a cleaning tank and a pressing mechanism ; and a control section which performs operating control of the cleaning section , such that the number of cleaning units of the plurality of cleaning units which are operated is selected in accordance with a cleaning requirement level, wherein the cleaning requirement level is based on an attribute of the recording medium or an attribute of the liquid, and wherein, for each of the cleaning units , the pressing mechanism is a mechanism of supporting a shaft portion of the cleaning roller and the cleaning tank , and is configured to change a pressure of the cleaning roller on the transporting belt and adjust the extent of cleaning by causing the shaft portion and the cleaning tank to move up and down. a recording section which performs recording by applying liquid to a recording medium; a transporting belt which transports the recording medium; a cleaning section which includes a plurality of cleaning units for cleaning the transporting belt, wherein each of the cleaning units includes a cleaning roller , a cleaning tank and a pressing mechanism ; and a control section which performs operating control of the cleaning section , such that the number of cleaning units of the plurality of cleaning units which are operated is selected in accordance with a cleaning requirement level, wherein the cleaning requirement level is based on an attribute of the recording medium or an attribute of the liquid, and wherein, for each of the cleaning units , the pressing mechanism is a mechanism of supporting a shaft portion of the cleaning roller and the cleaning tank , and is configured to change a pressure of the cleaning roller on the transporting belt and adjust the extent of cleaning by causing the shaft portion and the cleaning tank to move up and down.
A lifting device for a cleaning assembly comprising: a guiding base arranged on an external housing ; and a lifting assembly comprising: a lifting mechanism slidably coupled to the guiding base ; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base ; characterized in that , the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base , or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base . a guiding base arranged on an external housing ; and a lifting assembly comprising: a lifting mechanism slidably coupled to the guiding base ; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base ; characterized in that , the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base , or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base . a lifting mechanism slidably coupled to the guiding base ; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base ; characterized in that , the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base , or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base .
A photomask blank, to be processed into a transmissive photomask suitable for use in photolithography to form a pattern using exposure light of wavelength up to 250 nm, the photomask blank comprising a transparent substrate , a first film disposed on the substrate and formed of a chromium-containing material which is etchable by chlorine/oxygen-based dry etching and resistant against fluorine-based dry etching, and a second film disposed contiguous to the first film and formed of a silicon/oxygen-containing material which is not substantially etched during a chlorine/oxygen-based dry etching which etches the first film, to serve as an etching mask when the first film is patterned, the second film including a region contiguous to the first film and a side spaced apart from the contiguous region in the film thickness direction, the oxygen content of the contiguous region being lower than the oxygen content of the spaced-apart side.
An electronic device , comprising: an electronic display having a periphery; a housing ; a display cover layer ; a display pixel layer ; a touch sensor layer between the display cover layer and display pixel layer ; a near-field communications loop antenna that is overlapped by the electronic display and that has coils that run along the periphery of the electronic display , wherein the near-field communications loop antenna operates using electromagnetic near-field communications signals that pass through the electronic display ; and characterized in that the electronic device further comprises a non-near-field antenna having an inverted-F antenna resonating element mounted at an inner surface of the display cover layer , wherein the coils are formed on a substrate mounted under the display pixel layer and at a first distance from the inner surface of the display cover layer and the inverted-F antenna resonating element is mounted at a second distance from the inner surface of the display cover layer that is less than the first distance. an electronic display having a periphery; a housing ; a display cover layer ; a display pixel layer ; a touch sensor layer between the display cover layer and display pixel layer ; a near-field communications loop antenna that is overlapped by the electronic display and that has coils that run along the periphery of the electronic display , wherein the near-field communications loop antenna operates using electromagnetic near-field communications signals that pass through the electronic display ; and characterized in that the electronic device further comprises a non-near-field antenna having an inverted-F antenna resonating element mounted at an inner surface of the display cover layer , wherein the coils are formed on a substrate mounted under the display pixel layer and at a first distance from the inner surface of the display cover layer and the inverted-F antenna resonating element is mounted at a second distance from the inner surface of the display cover layer that is less than the first distance.
Method for controlling a machine tool , in particular a hand-held core drilling machine, containing a drive for driving a tool and a control unit , when machining a workpiece (W), having the method steps - setting the drive rotational speed to a first value; - measuring a first current consumption value of the drive ; - setting a threshold value for the current consumption of the drive ; and - increasing the drive rotational speed to a second value if the current consumption of the drive exceeds the threshold value because of an increase in the drive load, characterized in that the increase in the drive rotational speed to a second value depends on the period of time during which the threshold value is exceeded and on the magnitude of the threshold value. - setting the drive rotational speed to a first value; - measuring a first current consumption value of the drive ; - setting a threshold value for the current consumption of the drive ; and - increasing the drive rotational speed to a second value if the current consumption of the drive exceeds the threshold value because of an increase in the drive load,
A treatment regimen including: • α-methyl-DL-tyrosine; • melanotan II; • 5,5-diphenylhydantoin; and • N-[ -3-amino-2-hydroxy-4-phenylbutyryl]-L-leucine, for use in the treatment of hyperglycemia in a human subject. • α-methyl-DL-tyrosine; • melanotan II; • 5,5-diphenylhydantoin; and • N-[ -3-amino-2-hydroxy-4-phenylbutyryl]-L-leucine,
Vortex flowmeter for measuring a flow rate of a fluid, the vortex flowmeter comprising: a flowtube ; a bluff body positioned in the flowtube for shedding vortices in the fluid when the fluid flows through the flowtube ; and a sensor positioned to detect the vortices; characterized by first and second cleaning ports each positioned to allow a stream of fluid to be directed into the flowtube through the respective cleaning port toward the sensor for cleaning material away from the sensor , the first and second cleaning ports being on opposite sides of the bluff body and angled toward the sensor . a flowtube ; a bluff body positioned in the flowtube for shedding vortices in the fluid when the fluid flows through the flowtube ; and a sensor positioned to detect the vortices; characterized by first and second cleaning ports each positioned to allow a stream of fluid to be directed into the flowtube through the respective cleaning port toward the sensor for cleaning material away from the sensor , the first and second cleaning ports being on opposite sides of the bluff body and angled toward the sensor .
A biological electrode comprising: a conductive fabric formed of base fibers which are filled with a conductor and/or to which the conductor is adhered; a thin metallic wire formed into a spiral shape and connected with the conductive fabric at a distal end of the thin metallic wire; and a filling material with which a gap between the conductive fabric and the thin metallic wire is filled and which supports the conductive fabric and the thin metallic wire, wherein the conductive fabric is supported in a roll shape, and the conductor is electrically connected with the thin metallic wire. a conductive fabric formed of base fibers which are filled with a conductor and/or to which the conductor is adhered; a thin metallic wire formed into a spiral shape and connected with the conductive fabric at a distal end of the thin metallic wire; and a filling material with which a gap between the conductive fabric and the thin metallic wire is filled and which supports the conductive fabric and the thin metallic wire, wherein the conductive fabric is supported in a roll shape, and the conductor is electrically connected with the thin metallic wire.
An insulated composite fabric comprising: an inner fabric layer facing towards the user's body; an outer fabric layer; and an insulating-filler fabric layer enclosed between the inner fabric layer and the outer fabric layer, wherein the insulating-filler fabric layer is a textile fabric with a raised surface on at least one side of the fabric comprising multicomponent fibers formed of at least a first polymer and a second polymer disposed in side-by-side relationship, the first polymer and the second polymer exhibiting differential thermal elongation or contraction to cause the multicomponent fibers to bend or curl and reversibly recover in response to changes in temperature, adjusting insulation performance of the textile fabric in response to ambient conditions, and wherein the inner fabric layer has a relatively higher air permeability than the outer fabric layer. an inner fabric layer facing towards the user's body; an outer fabric layer; and an insulating-filler fabric layer enclosed between the inner fabric layer and the outer fabric layer, wherein the insulating-filler fabric layer is a textile fabric with a raised surface on at least one side of the fabric comprising multicomponent fibers formed of at least a first polymer and a second polymer disposed in side-by-side relationship, the first polymer and the second polymer exhibiting differential thermal elongation or contraction to cause the multicomponent fibers to bend or curl and reversibly recover in response to changes in temperature, adjusting insulation performance of the textile fabric in response to ambient conditions, and wherein the inner fabric layer has a relatively higher air permeability than the outer fabric layer.
A signaling processing method, comprising: in a downlink subframe set, generating , by a base station, a downlink assignment index, DAI, respectively for downlink subframes that have a physical downlink control channel, PDCCH, to be sent, wherein, in the downlink subframe set, DAI values are generated for the downlink subframes in all component carriers at a downlink subframe time, and then DAI values are generated for the downlink subframes in all component carriers at a next downlink subframe time; and sending , by the base station, the PDCCH to a user equipment, wherein the PDCCH carries the DAI, wherein the value of the DAI is generated by: obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe. in a downlink subframe set, generating , by a base station, a downlink assignment index, DAI, respectively for downlink subframes that have a physical downlink control channel, PDCCH, to be sent, wherein, in the downlink subframe set, DAI values are generated for the downlink subframes in all component carriers at a downlink subframe time, and then DAI values are generated for the downlink subframes in all component carriers at a next downlink subframe time; and sending , by the base station, the PDCCH to a user equipment, wherein the PDCCH carries the DAI, wherein the value of the DAI is generated by: obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe. obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe.
Electrolyte for an alkali-sulphur battery, the electrolyte comprising a sulphone and a fluorine-containing ether or consisting thereof, characterised in that the volume ratio of the sulphone to the fluorine-containing ether is ≥ 1 : 4 (v : v) and that the sulphone is not a fluorinated sulphone.
A collar for an animal equipped with a refillable device for spraying an active substance, wherein the refillable spraying device is attached to or in the collar, and the refillable spraying device comprises: a. a removable reservoir containing a wick and at least one active substance, b. a nebulizing body containing a piezoelectric spraying mechanism, c. a seal ensuring the tightness between said reservoir and said nebulizing body . a. a removable reservoir containing a wick and at least one active substance, b. a nebulizing body containing a piezoelectric spraying mechanism, c. a seal ensuring the tightness between said reservoir and said nebulizing body .