mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil for a gas turbine engine , the airfoil comprising: an airfoil section having an airfoil wall defining leading and trailing ends and first and second sides joining the leading and trailing ends , the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; and a platform from which the airfoil section extends, the platform defining a shelf that extends from the airfoil section to a platform edge , the shelf including a plenum and a plurality of cooling orifices extending from the plenum toward the platform edge , each of the cooling orifices having a first orifice end opening to the plenum and a second orifice end adjacent the platform edge , but separated therefrom by a wall segment which blocks the cooling air from flowing from the cooling orifices to the platform edge , characterised in that : the platform defines a bridge passage interconnecting the cooling orifices ; the platform has a first platform side edge and a second platform side edge , respectively configured to be positioned adjacent to a second platform side edge and a first platform side edge of platforms of circumferentially adjacent airfoils . an airfoil section having an airfoil wall defining leading and trailing ends and first and second sides joining the leading and trailing ends , the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; and a platform from which the airfoil section extends, the platform defining a shelf that extends from the airfoil section to a platform edge , the shelf including a plenum and a plurality of cooling orifices extending from the plenum toward the platform edge , each of the cooling orifices having a first orifice end opening to the plenum and a second orifice end adjacent the platform edge , but separated therefrom by a wall segment which blocks the cooling air from flowing from the cooling orifices to the platform edge , the platform defines a bridge passage interconnecting the cooling orifices ; the platform has a first platform side edge and a second platform side edge , respectively configured to be positioned adjacent to a second platform side edge and a first platform side edge of platforms of circumferentially adjacent airfoils .
A garment article , comprising: a fabric (F) including a plurality of warp yarns and a plurality of weft yarns woven together in a pattern to provide over portions and under portions of weft and warp yarns, wherein the weft yarns include elastomeric yarns, wherein said elastomeric yarns have a stretchable core and a sheath of inelastic fibers that covers said core, in that the elasticity of the fabric in warp direction is in the range between 5% to 10%, measured according to ASTM D3107 - Stretch, after 3 home washes, and elasticity of the fabric in weft direction in the range of 15% to 100%, preferably 20% to 70% measured according to ASTM D3107 - Stretch, after 3 home washes, and in that said fabric is bias cut; whereby the weft yarns in said article are angled (α) with respect to the widthwise direction (WD) of said article , wherein said fabric (F) is a twill fabric and in particular a denim fabric.
A method implemented in a transmitting node , the method comprising: receiving a respective positively or negatively valued acknowledgement for each code block in a group of code blocks transmitted to a receiving node in a first pair of transport blocks, each transport block divided into at least two code blocks, wherein the receiver reports a negatively valued acknowledgement for each code block in which transmission to the receiver has been punctured; and in response to the negatively valued acknowledgement, retransmitting each punctured code block and providing to the receiving node a respective indication whether or not each code block in the group of code blocks is to be retransmitted, wherein for each code block that is to be retransmitted the indication also indicates that the receiver should flush a soft buffer corresponding to the punctured blocks. receiving a respective positively or negatively valued acknowledgement for each code block in a group of code blocks transmitted to a receiving node in a first pair of transport blocks, each transport block divided into at least two code blocks, wherein the receiver reports a negatively valued acknowledgement for each code block in which transmission to the receiver has been punctured; and in response to the negatively valued acknowledgement, retransmitting each punctured code block and providing to the receiving node a respective indication whether or not each code block in the group of code blocks is to be retransmitted, wherein for each code block that is to be retransmitted the indication also indicates that the receiver should flush a soft buffer corresponding to the punctured blocks.
A passive nozzle for a vacuum cleaner, the nozzle comprising: an outlet part adapted to be coupled to a hose of the vacuum cleaner; an intermediate part hingedly connected to the outlet part; an inlet part comprising a suction opening and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part within a tilt range; and a stop element arranged to limit the tilting motion of the inlet part; wherein the stop element comprises an elastic portion such that an end position of the tilting range is adjustable based on a force exerted on the stop element by said inlet part. an outlet part adapted to be coupled to a hose of the vacuum cleaner; an intermediate part hingedly connected to the outlet part; an inlet part comprising a suction opening and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part within a tilt range; and a stop element arranged to limit the tilting motion of the inlet part; wherein the stop element comprises an elastic portion such that an end position of the tilting range is adjustable based on a force exerted on the stop element by said inlet part.
A method of manufacturing a rotor arrangement for a vacuum pump, in particular for a turbomolecular pump, which has a rotor shaft , at least one rotor disk connected to the rotor shaft and at least one reinforcement ring surrounding the rotor disk , wherein the method comprises forming a transverse press connection, in particular an expanding press connection or a shrinking press connection, between the reinforcement ring and the rotor disk ; wherein the rotor disk comprises two axial ends, with a respective reinforcement ring being applied at both axial ends to the rotor disk and the transverse press connection being formed between the respective reinforcement ring and the rotor disk ; and wherein the respective reinforcement ring is only connected to exactly one rotor disk , and with a transverse press connection, in particular an expanding press connection or a shrinking press connection, being formed between the rotor disk and the rotor shaft .
Igniter unit for an ammunition , comprising a housing and at least one pyrotechnic charge , the igniter unit comprising a control and communication device arranged in the housing and at least one interface (30; 70, 72) arranged on or in the housing and connected to the control and communication unit , characterized in that the communication connection is designed as a bidirectional single-wire connection and the control and communication device can be operated in a single-wire communication mode below the breakdown voltage of a Zener diode .
A compression system of a vibrating press for producing a construction element , comprising: - at least one compression actuator of the construction element ; - at least one displacement actuator arranged to displace the compression actuator between a standby area and a working area ; the compression actuator being arranged to exert a compressive force on the construction element in the working area ; and the compression actuator having a first stroke value (C1), the displacement actuator having a second stroke value (C2), the second stroke value (C2) being larger than the first stroke value (C1), the compression actuator being arranged to exert the compressive force within a range of compressive forces, the displacement actuator being arranged to exert a displacement force within a range of displacement forces, the range of displacement forces being lower than the range of compressive forces. - at least one compression actuator of the construction element ; - at least one displacement actuator arranged to displace the compression actuator between a standby area and a working area ;
Method for real time monitoring of the current status of a construction site that includes one or more work machines , wherein a monitoring means installed on at least one work machine monitors the environment of the work machine in real time and generates corresponding monitoring data, and the generated monitoring data are transmitted by the monitoring means to a processing unit for real time evaluation of the current construction site status, the monitoring means detects and monitors buildings in the machine environment, the processing unit evaluates the current construction progress of the buildings in accordance with a construction schedule by comparing the collected monitoring data with a digital construction site schedule, and the monitoring data comprise a two-dimensional or three-dimensional visual representation of the machine environment, wherein the detected buildings are modeled using a Building-Information-Modeling Software (BIM). a monitoring means installed on at least one work machine monitors the environment of the work machine in real time and generates corresponding monitoring data, and the generated monitoring data are transmitted by the monitoring means to a processing unit for real time evaluation of the current construction site status, the monitoring means detects and monitors buildings in the machine environment, the processing unit evaluates the current construction progress of the buildings in accordance with a construction schedule by comparing the collected monitoring data with a digital construction site schedule, and the monitoring data comprise a two-dimensional or three-dimensional visual representation of the machine environment, wherein the detected buildings are modeled using a Building-Information-Modeling Software (BIM).
Buckle for connecting a functional element to a belt loop , having a base element which comprises a bottom region and two web elements and which can be inserted under the belt loop in such a way that the bottom region is arranged below the belt loop and the web elements engage around the belt loop on both sides, and having a connecting element which can be latched to the web elements of the base element arranged on the belt loop , wherein the connecting element comprises a support element which engages around the web elements of the base element in the connected state. having a base element which comprises a bottom region and two web elements and which can be inserted under the belt loop in such a way that the bottom region is arranged below the belt loop and the web elements engage around the belt loop on both sides, and having a connecting element which can be latched to the web elements of the base element arranged on the belt loop , wherein the connecting element comprises a support element which engages around the web elements of the base element in the connected state.
Cross-rolling mill, comprising a plurality of roll shafts which each exert a substantially radially directed rolling force on a workpiece, wherein the orientation of a roll axis (W) of at least one of the roll shafts is variably settable about a first setting axis (S1) and about a second setting axis (S2), wherein an intermediate element is arranged between a rotary bearing of the roll shaft and a setting element , characterised in that the intermediate element comprises a pressure leg which transmits the rolling force and which is pivotable in a plurality of directions by means of a spherical bearing surface .
Drain arrangement having a drain container and a sealing collar in the form of a two-dimensionally extending film, wherein the drain container has a plastic section which forms an upper side of the drain container , and wherein the drain container has an inlet opening on its upper side and, offset downwards from the upper side, has a drain opening for connection to a drain pipe , wherein the sealing collar is connected on the upper side of the drain container to said drain container via a sealing connection while forming a closed peripheral sealing line around the inlet opening, and extends away from the sealing line laterally beyond the outlet container , characterized in that the sealing connection is produced by welding the sealing collar to the drain container and the sealing line is formed as a weld seam, a plastic bead being formed on the top side of the drain container on a side of the weld seam facing away from the inlet opening.
A system for estimating a number of occupants in a room, the system comprising: a motion sensor configured to generate motion samples ; a microphone configured to generate audio samples ; and at least one processor , characterized in that the at least one processor is configured to: detect motion events from the motion samples to determine a first estimated number of occupants in the room based on at least one of a number of the detected motion events and a type of the detected motion events ; analyze the audio samples to derive a second estimated number of occupants in the room based on a series of feature vectors derived from the analyzed audio samples; wherein the feature vectors correspond to a series of sample windows; and cluster the series of feature vectors into a number of clusters using the first estimated number as an initial cluster count, wherein the number of clusters is the second estimated number; compare the first estimated number to the second estimated number to determine whether the audio-based estimation and the motion-based estimation agree; and generate an output comprising a number of occupants in the room in response to the comparison if the two estimations agree such that they are the same. a motion sensor configured to generate motion samples ; a microphone configured to generate audio samples ; and at least one processor , detect motion events from the motion samples to determine a first estimated number of occupants in the room based on at least one of a number of the detected motion events and a type of the detected motion events ; analyze the audio samples to derive a second estimated number of occupants in the room based on a series of feature vectors derived from the analyzed audio samples; wherein the feature vectors correspond to a series of sample windows; and cluster the series of feature vectors into a number of clusters using the first estimated number as an initial cluster count, wherein the number of clusters is the second estimated number; compare the first estimated number to the second estimated number to determine whether the audio-based estimation and the motion-based estimation agree; and generate an output comprising a number of occupants in the room in response to the comparison if the two estimations agree such that they are the same.
System for conveying objects comprising an object conveyor which extends between an upstream end and a downstream end , and a motor-driven shuttle carriage having an object-carrying plate , said carriage being designed to dock at the downstream and upstream ends of the conveyor so as to transfer an object between the carriage and the conveyor, the conveyor being a gravity conveyor under which a ramp extends, the carriage being capable of moving under the conveyor and comprises a lever which is vertically movable with respect to the plate, said lever being designed to interact with the ramp when the carriage moves under the conveyor such that by following the ramp, the lever moves between a retracted position in which it disappears under the conveyor and a deployed position in which it projects above the conveyor so as to cause an object to move on the conveyor, characterized in that the conveyor comprises at its downstream end a first retractable stop which is designed to block an object at the downstream end of the conveyor, and in that the carriage comprises a thrust member which is designed to interact with the first stop when it moves under the downstream end of the conveyor so that, when it makes contact with the thrust member, the first stop is pushed to the sides of the conveyor to allow the object to be transferred onto the plate of the carriage.
Confocal scanning microscope comprising at least one light source that emits an illumination light beam that, passing through the optical unit , illuminates a sample point-by-point, in dot-scanning fashion or line-by-line by way of a scanning device, a dispersive element that spatially spectrally splits a detection light beam emanating from the sample and directs said light beam onto a light-sensitive region of a photosensor chip , characterized in that provision is made of a reference light source that directs light onto at least a portion of the photosensor chip and in that provision is made of an open-loop or closed-loop control unit that determines and corrects variations between the individual light-sensitive elements, wherein either the open-loop and closed-loop control unit is configured in such a way that the reference measurement is implemented during a return or at reversal points of the scanning device or the reference light source illuminates a restricted number of the light-sensitive elements of the photosensor chip that do not contribute to the actual measurement.
A wind turbine apparatus comprising: a blade portion; a generator comprising a stator having a plurality of coils and a rotor having a plurality of magnets, the rotor being connected to the blade portion such that rotation of the blade portion and rotor generates a current within the coils; wherein the blade portion is connected to the rotor by a yoke which extends around the generator and is connected to the base of the rotor such that the magnets of the rotor and the coils of the stator are disposed between the blade portion and the connection between the yoke and the rotor, characterized in that the stator comprises a shaft which is received by a supporting rail, and wherein the connection between the yoke and the rotor is disposed between the supporting rail and the magnets and coils. a blade portion; a generator comprising a stator having a plurality of coils and a rotor having a plurality of magnets, the rotor being connected to the blade portion such that rotation of the blade portion and rotor generates a current within the coils; wherein the blade portion is connected to the rotor by a yoke which extends around the generator and is connected to the base of the rotor such that the magnets of the rotor and the coils of the stator are disposed between the blade portion and the connection between the yoke and the rotor, characterized in that the stator comprises a shaft which is received by a supporting rail, and wherein the connection between the yoke and the rotor is disposed between the supporting rail and the magnets and coils.
A lithium secondary battery which comprises a positive electrode, a negative electrode and a separator interposed between the positive electrode and the negative electrode, wherein the separator comprises: a non-crosslinked polyolefin layer; a crosslinked polyolefin layer disposed on one surface of the non-crosslinked polyolefin layer and having at least one crosslinking bond represented by the following Chemical Formula 1: -Si-O-Si- [Chemical Formula 1]; and an outermost non-crosslinked polyolefin layer on the other surface of the crosslinked polyolefin layer not facing the non-crosslinked polyolefin layer; and wherein the positive electrode faces the non-crosslinked polyolefin layer of the separator and the negative electrode faces the outermost non-crosslinked polyolefin layer of the separator. wherein the separator comprises: a non-crosslinked polyolefin layer; a crosslinked polyolefin layer disposed on one surface of the non-crosslinked polyolefin layer and having at least one crosslinking bond represented by the following Chemical Formula 1: -Si-O-Si- [Chemical Formula 1]; and an outermost non-crosslinked polyolefin layer on the other surface of the crosslinked polyolefin layer not facing the non-crosslinked polyolefin layer; a non-crosslinked polyolefin layer; a crosslinked polyolefin layer disposed on one surface of the non-crosslinked polyolefin layer and having at least one crosslinking bond represented by the following Chemical Formula 1: -Si-O-Si- [Chemical Formula 1]; and an outermost non-crosslinked polyolefin layer on the other surface of the crosslinked polyolefin layer not facing the non-crosslinked polyolefin layer; and wherein the positive electrode faces the non-crosslinked polyolefin layer of the separator and the negative electrode faces the outermost non-crosslinked polyolefin layer of the separator.
A method of mounting at least one elastic ring , in particular a sealing ring, on the exterior side of a body by means of a mounting unit having at least three fingers (30 to 35), at least one of which is movable relative to at least one other, characterized by the following method steps: a) positioning fingers (30 to 35) and the ring relative to each other such that the fingers (30 to 35) extend through a cross-section framed by the ring , b) moving at least one finger (30 to 35) along a circle (K) or moving a plurality of fingers (30 to 35) along a circle (K) or a plurality of concentric circles such that the elastic ring is stretched and the cross-section thereof is increased, c) moving the ring and the component relative to each other so that the component projects into the cross-section and the ring extends around the component, d) moving at least one finger (30 to 35) on the circle (K) or a plurality of fingers (30 to 35) on the common circle or concentric circles relative to each other so that the cross-section of the ring is reduced and the ring contacts the component in sections between adjacent fingers (30 to 35), and e) moving the fingers (30 to 35) out of the cross-section, the ring sliding off the fingers (30 to 35) and resting completely on the component . a) positioning fingers (30 to 35) and the ring relative to each other such that the fingers (30 to 35) extend through a cross-section framed by the ring , b) moving at least one finger (30 to 35) along a circle (K) or moving a plurality of fingers (30 to 35) along a circle (K) or a plurality of concentric circles such that the elastic ring is stretched and the cross-section thereof is increased, c) moving the ring and the component relative to each other so that the component projects into the cross-section and the ring extends around the component, d) moving at least one finger (30 to 35) on the circle (K) or a plurality of fingers (30 to 35) on the common circle or concentric circles relative to each other so that the cross-section of the ring is reduced and the ring contacts the component in sections between adjacent fingers (30 to 35), and e) moving the fingers (30 to 35) out of the cross-section, the ring sliding off the fingers (30 to 35) and resting completely on the component .