mhurhangee/patent-ind-claim-en huggingface dataset:
A self-propelled combine harvester , comprising - a cutting means for cutting plants , - an inclined conveyor for conveying cut plants from the cutting means to a threshing means , - a threshing means for detaching fruits of the plants from plant residues, - a grain pan disposed below the threshing means , by means of which fruits separated out by a threshing concave of the threshing means can be transferred, - a separating means for separating detached fruits from coarse plant residues, - a sieve means for separating detached fruits from fine plant residues, as well as - an air suction fan for producing a volumetric air flow , by means of which the sieve means can be continuously cleaned, wherein, when considered in the longitudinal direction of the combine harvester , the air suction fan is disposed behind the sieve means and has a suction side associated with the sieve means at which suction side the volumetric air flow can be drawn in, wherein, in front of the sieve means when considered in the longitudinal direction of the combine harvester , at least one air intake cross section is formed through which the volumetric air flow can be drawn in, wherein the air intake cross section is formed at an air intake structure , wherein the air intake structure has a flowing grain shield which reduces an unwanted escape of fruits through the air intake cross section , characterized in that the air intake structure is disposed between the threshing means and the grain pan . - a cutting means for cutting plants , - an inclined conveyor for conveying cut plants from the cutting means to a threshing means , - a threshing means for detaching fruits of the plants from plant residues, - a grain pan disposed below the threshing means , by means of which fruits separated out by a threshing concave of the threshing means can be transferred, - a separating means for separating detached fruits from coarse plant residues, - a sieve means for separating detached fruits from fine plant residues, as well as - an air suction fan for producing a volumetric air flow , by means of which the sieve means can be continuously cleaned, wherein, when considered in the longitudinal direction of the combine harvester , the air suction fan is disposed behind the sieve means and has a suction side associated with the sieve means at which suction side the volumetric air flow can be drawn in, wherein, in front of the sieve means when considered in the longitudinal direction of the combine harvester , at least one air intake cross section is formed through which the volumetric air flow can be drawn in, wherein the air intake cross section is formed at an air intake structure , wherein the air intake structure has a flowing grain shield which reduces an unwanted escape of fruits through the air intake cross section , characterized in that the air intake structure is disposed between the threshing means and the grain pan .
Bipartite converter cell of a modular multilevel converter as parts comprising - a semiconductor assembly and - a capacitor assembly , wherein in a housing of the semiconductor assembly at least two detachable semiconductors (T 11 , T 12 , T 21 , T 22 ) and at least two freewheeling diodes (D 11 , D 12 , D 21 , D 22 ) are linked in a thermally conducting manner to a cooling element , wherein these detachable semiconductors (T 11 , T 12 , T 21 , T 22 ) and these freewheeling diodes (D 11 , D 12 , D 21 , D 22 ) are connected in an electrically conducting manner by means of a busbar system , the terminals of which project laterally out of the housing along a plane which is formed by the rear end face, wherein in a further housing of the capacitor assembly , a plurality of capacitors are connected electrically in parallel and/or in series by means of a further busbar system , wherein the further housing of the capacitor assembly consists of a U-shaped sheet and the further busbar system , wherein the further busbar system forms a wall of the further housing , wherein terminals of the further busbar system of the capacitor assembly project into the front end face of the further housing and the terminals of the busbar system of the semiconductor assembly project rearward laterally out of the housing in such a way that they can be connected in an electrically conducting manner with one another in each case and that the semiconductor assembly and the capacitor assembly can be plugged into a supporting frame for converter cells of a modular multilevel converter and that they can be linked electrically and mechanically to one another in the supporting frame for converter cells , wherein the terminals of the semiconductor assembly are each embodied as a lug. - a semiconductor assembly and - a capacitor assembly ,
A rotor blade with a leading edge and a trailing edge , wherein - the rotor blade is designed and configured for being exposed to a fluid flowing substantially from the leading edge to the trailing edge , - the rotor blade comprises at least two sensors designed for detecting flow characteristics of the fluid and providing respective sensor signals, and - the rotor blade further comprises at least two actuators for producing an anti-noise signal based on a sensor signal, - the sensors are arranged spanwise and the actuators are arranged chordwise at the surface of the rotor blade , wherein the sensors are arranged in a group that corresponds with a chordwise distribution of actuators , and - the actuators are arranged and prepared such that flow-induced edge noise of the rotor blade , which is generated by the fluid, is at least partly cancelled out by the anti-noise signal . - the rotor blade is designed and configured for being exposed to a fluid flowing substantially from the leading edge to the trailing edge , - the rotor blade comprises at least two sensors designed for detecting flow characteristics of the fluid and providing respective sensor signals, and - the rotor blade further comprises at least two actuators for producing an anti-noise signal based on a sensor signal, - the sensors are arranged spanwise and the actuators are arranged chordwise at the surface of the rotor blade , wherein the sensors are arranged in a group that corresponds with a chordwise distribution of actuators , and - the actuators are arranged and prepared such that flow-induced edge noise of the rotor blade , which is generated by the fluid, is at least partly cancelled out by the anti-noise signal .
A surgical instrument comprising: an outer tubular member having a proximal section , a distal section , a central lumen ; an inner tubular member rotatably received within the central lumen, a distal end of the inner tubular member forming a cutting member extending distally beyond, and exposed relative to, the distal section; and a bearing assembly positioned at the distal section of the outer tubular member and the inner tubular member so as to allow rotation of the inner tubular member relative to the outer tubular member about a central axis of the distal section, the bearing assembly contacting the cutting member to limit axial movement of the cutting member; characterized in that the outer tubular member is defining an irrigation pathway , the bearing assembly is in fluid communication with the irrigation pathway, and the irrigation pathway is not in fluid communication with the inner tubular member. an outer tubular member having a proximal section , a distal section , a central lumen ; an inner tubular member rotatably received within the central lumen, a distal end of the inner tubular member forming a cutting member extending distally beyond, and exposed relative to, the distal section; and a bearing assembly positioned at the distal section of the outer tubular member and the inner tubular member so as to allow rotation of the inner tubular member relative to the outer tubular member about a central axis of the distal section, the bearing assembly contacting the cutting member to limit axial movement of the cutting member; characterized in that the outer tubular member is defining an irrigation pathway , the bearing assembly is in fluid communication with the irrigation pathway, and the irrigation pathway is not in fluid communication with the inner tubular member.
A masterbatch for coloring of thermoplastic polymer compositions, said masterbatch comprising a colorant in a total amount of 10-50 % (w/w) relative to the total weight of the masterbatch, a dispersing agent in a total amount of 0.5-20 % (w/w) relative to the total weight of the masterbatch and a carrier resin in a total amount of 30-80 % (w/w) relative to the total weight of the masterbatch, wherein the dispersing agent is a polyol poly(hydroxy fatty acid) ester (pphe dispersing agent), wherein the pphe dispersing agent is poly(glycerol) poly(ricinoleate) ester (PGPR) in which the esterified poly(ricinoleate) has an average degree of polymerisation of at least 5 and in which the esterified polyglycerol of the PGPR has an average degree of polymerisation of 2-5.
A vehicle lamp comprising: a lamp body having an opening; a resin cover attached to the opening to form a lamp chamber together with the lamp body ; and a light source disposed inside the lamp chamber to irradiate light through the resin cover , wherein the resin cover comprises: a design surface portion ; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion , wherein the thick-walled portion has a greater wall thickness (T) than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion , and characterized in that the thick-walled portion has a rectangular cross section. a lamp body having an opening; a resin cover attached to the opening to form a lamp chamber together with the lamp body ; and a light source disposed inside the lamp chamber to irradiate light through the resin cover , wherein the resin cover comprises: a design surface portion ; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion , wherein the thick-walled portion has a greater wall thickness (T) than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion , and a design surface portion ; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion , wherein the thick-walled portion has a greater wall thickness (T) than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion , and characterized in that the thick-walled portion has a rectangular cross section.
A razor unit for a safety razor system , comprising: a blade housing with a plurality of blades; a guard in front of the blades in the shaving direction; and a cap behind the blades in the shaving direction, together providing a shaving plane (P) extending from a skin contacting surface of the cap to a skin contacting surface of the guard; a finger grip , the finger grip extending from the guard and forming a gripping portion for the fingers; and a connector for detachable connection to an elongate handle of the shaving razor system; characterized in that the connector is provided as a raised area of the finger grip on the opposite side from the skin contacting surfaces, allowing gripping by one or more fingers when the razor unit is used alone for shaving. a blade housing with a plurality of blades; a guard in front of the blades in the shaving direction; and a cap behind the blades in the shaving direction, together providing a shaving plane (P) extending from a skin contacting surface of the cap to a skin contacting surface of the guard; a finger grip , the finger grip extending from the guard and forming a gripping portion for the fingers; and a connector for detachable connection to an elongate handle of the shaving razor system; characterized in that the connector is provided as a raised area of the finger grip on the opposite side from the skin contacting surfaces, allowing gripping by one or more fingers when the razor unit is used alone for shaving.
A magnesium citrate glycinate co-salt having a formula of Mg 2 C 8 H 9 NO 9 - X H 2 O and a suggested structure of:
Device for removing leaves from a plant, comprising: a downward extending and elongate support surface for supporting the plant; a pair of cutting devices disposed on either side of the support surface, wherein each cutting device comprises a rotatable blade assembly and a grating which is disposed between the blade assembly and the support surface; a frame on which are mounted the pair of cutting devices and preferably the support surface, wherein the frame is configured to be placed on a ground surface; wherein each cutting device is configured to cut and/or to pull the leaves of the plant which protrude at least partially through the grating from the remaining part of the plant. a downward extending and elongate support surface for supporting the plant; a pair of cutting devices disposed on either side of the support surface, wherein each cutting device comprises a rotatable blade assembly and a grating which is disposed between the blade assembly and the support surface; a frame on which are mounted the pair of cutting devices and preferably the support surface, wherein the frame is configured to be placed on a ground surface; wherein each cutting device is configured to cut and/or to pull the leaves of the plant which protrude at least partially through the grating from the remaining part of the plant.
Apparatus to switch a light emitting diode (LED) or another load, comprising a mechanical switch , which comprises a moving electrode , wherein the moving electrode is a contact, which electrically gets in connection with a further contact or electrode to enable a current flow while a closing phase, and wherein the apparatus comprises a body which absorbs or dissipates the kinetic energy and/ or the momentum which is exerted from the moving electrode on the further contact or electrode , wherein the body is separated from the moving electrode , characterized in that the body is a movable body, wherein the body is separated from the further electrode , so that the body can move independently from the electrically connected electrodes.
Method for detecting at least one broadband interferer with the following steps: a) Determining a time-frequency area of incoming signals by means of a spectrogram of incoming signals, b) Using spectral kurtosis such that a spectral kurtosis value is calculated for each frequency bin of the incoming signals, c) Identifying the significant frequency bins which might comprise signal points of at least one possible broadband interferer in the time-frequency area by investigating the calculated spectral kurtosis values of the significant frequency bins during the spectral kurtosis, d) Performing a time domain analysis in order to identify significant points of the significant frequency bins which have been investigated by spectral kurtosis previously, and e) Evaluating the significant points in order to determine whether these significant points correspond to at least one broadband interferer, wherein significant points which do not comply with predetermined criterions for broadband interferer are removed during and/or after the evaluating step. a) Determining a time-frequency area of incoming signals by means of a spectrogram of incoming signals, b) Using spectral kurtosis such that a spectral kurtosis value is calculated for each frequency bin of the incoming signals, c) Identifying the significant frequency bins which might comprise signal points of at least one possible broadband interferer in the time-frequency area by investigating the calculated spectral kurtosis values of the significant frequency bins during the spectral kurtosis, d) Performing a time domain analysis in order to identify significant points of the significant frequency bins which have been investigated by spectral kurtosis previously, and e) Evaluating the significant points in order to determine whether these significant points correspond to at least one broadband interferer, wherein significant points which do not comply with predetermined criterions for broadband interferer are removed during and/or after the evaluating step.
A biological fluid collection system , comprising: a collection module adapted to receive a sample , the collection module comprising: a housing having an inlet port and an outlet port , the inlet port and the outlet port in fluid communication; a cannula ; and a mixing chamber disposed between the inlet port and the outlet port ; characterized in that the collection module further comprises: a collection chamber disposed between the mixing chamber and the outlet port , the collection chamber including an actuation portion , wherein the actuation portion comprises a first deformable portion located on a first side of the collection chamber and a second deformable portion located on a second side of the collection chamber opposite the first side , wherein the first deformable portion and the second deformable portion are transitionable between a first position in which the sample is containable within the collection chamber and a second position in which a portion of the sample is expelled from the collection chamber ; and a safety shield engaged with a portion of the housing and transitionable from a first position in which a portion of the cannula is exposed to a second position in which the cannula is shielded by at least a portion of the safety shield . a collection module adapted to receive a sample , the collection module comprising: a housing having an inlet port and an outlet port , the inlet port and the outlet port in fluid communication; a cannula ; and a mixing chamber disposed between the inlet port and the outlet port ; characterized in that the collection module further comprises: a collection chamber disposed between the mixing chamber and the outlet port , the collection chamber including an actuation portion , wherein the actuation portion comprises a first deformable portion located on a first side of the collection chamber and a second deformable portion located on a second side of the collection chamber opposite the first side , wherein the first deformable portion and the second deformable portion are transitionable between a first position in which the sample is containable within the collection chamber and a second position in which a portion of the sample is expelled from the collection chamber ; and a housing having an inlet port and an outlet port , the inlet port and the outlet port in fluid communication; a cannula ; and a mixing chamber disposed between the inlet port and the outlet port ; a safety shield engaged with a portion of the housing and transitionable from a first position in which a portion of the cannula is exposed to a second position in which the cannula is shielded by at least a portion of the safety shield .
Metering device for the metered introduction of pourable cleaning agent into a treatment chamber of a program-controlled cleaning device, in particular a dishwasher , comprising a storage container which is used to accommodate the cleaning agent and a supporting unit which is mounted in a motor-rotatable manner and receives the storage container in an exchangeable manner, characterised by a reusable receiving module which can be inserted into the supporting unit and has a receiving space for exchangeably receiving the storage container , and a device for discharging cleaning agent from the storage container , the receiving module having a cover by means of which the receiving space can be closed in a fluid-tight manner, the storage container being insertable into the supporting unit with the interposition of the receiving module . characterised by a reusable receiving module which can be inserted into the supporting unit and has a receiving space for exchangeably receiving the storage container , and a device for discharging cleaning agent from the storage container , the receiving module having a cover by means of which the receiving space can be closed in a fluid-tight manner, the storage container being insertable into the supporting unit with the interposition of the receiving module .
Method for suppressing a spurious signal in a payload signal supplied by a receiving antenna of a payload of a satellite , said satellite further comprising an array of measurement antennas suitable for supplying respective signals, referred to as "measurement signals", characterised in that the method comprises: - combining each one of the measurement signals with the payload signal, - determining , according to the signals obtained by combining each one of the measurement signals with the payload signal, coefficients for weighting said measurement signals, referred to as "reference coefficients", for the forming of a beam directed towards a transmitter of the spurious signal, referred to as "reference beam". - forming the reference beam by combining the measurement signals by means of the reference coefficients, - determining , according to the payload signal and the reference beam, weighting coefficients of said payload signal and of said reference beam, referred to as "anti-jamming coefficients", for the forming of a beam in which the spurious signal has been suppressed, referred to as "anti-jammed beam", - forming of the anti-jammed beam by combining the payload signal and the reference beam by means of the anti-jamming coefficients. - combining each one of the measurement signals with the payload signal, - determining , according to the signals obtained by combining each one of the measurement signals with the payload signal, coefficients for weighting said measurement signals, referred to as "reference coefficients", for the forming of a beam directed towards a transmitter of the spurious signal, referred to as "reference beam". - forming the reference beam by combining the measurement signals by means of the reference coefficients, - determining , according to the payload signal and the reference beam, weighting coefficients of said payload signal and of said reference beam, referred to as "anti-jamming coefficients", for the forming of a beam in which the spurious signal has been suppressed, referred to as "anti-jammed beam", - forming of the anti-jammed beam by combining the payload signal and the reference beam by means of the anti-jamming coefficients.