mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor rotor comprising: a tie bolt that extends along a rotor axis ; a first rotor shaft coupled to the tie bolt ; a second rotor shaft coupled to the tie bolt ; a first impeller body disposed between the first rotor shaft and the second rotor shaft, the first impeller body including a frustoconical outer surface having a first angle with respect to the rotor axis ; a second impeller body (106") disposed between the first rotor shaft and the second rotor shaft; a hirth coupling positioned to couple the first impeller body and the second impeller body (106") for rotation about the rotor axis ; characterized in that , a seal element having a first end coupled to the second impeller body (106") and a second end that defines a frustoconical inner surface having a second angle that is changeable with respect to the rotor axis , the seal element movable between a first position in which the first angle of the frustoconical outer surface and the second angle of the frustoconical inner surface permit said frustoconical surfaces to contact one another at a point , and a second position in which the first angle of the frustoconical outer surface and the second angle of the frustoconical inner surface permit said surfaces to make surface-to-surface engagement. a tie bolt that extends along a rotor axis ; a first rotor shaft coupled to the tie bolt ; a second rotor shaft coupled to the tie bolt ; a first impeller body disposed between the first rotor shaft and the second rotor shaft, the first impeller body including a frustoconical outer surface having a first angle with respect to the rotor axis ; a second impeller body (106") disposed between the first rotor shaft and the second rotor shaft; a hirth coupling positioned to couple the first impeller body and the second impeller body (106") for rotation about the rotor axis ; characterized in that , a seal element having a first end coupled to the second impeller body (106") and a second end that defines a frustoconical inner surface having a second angle that is changeable with respect to the rotor axis , the seal element movable between a first position in which the first angle of the frustoconical outer surface and the second angle of the frustoconical inner surface permit said frustoconical surfaces to contact one another at a point , and a second position in which the first angle of the frustoconical outer surface and the second angle of the frustoconical inner surface permit said surfaces to make surface-to-surface engagement.
A method for detecting the presence of or quantification of carbon black and/or black carbon particles in a sample or carrier medium, wherein the method comprises the steps of: 1) providing the sample or carrier medium without labelling or pretreatment of the carbon black and /or black carbon particles, 2) illuminating the sample or carrier medium at a temperature below 90°C by femtosecond pulsed laser light with a pulse duration below 500 femtoseconds, a repetition rate above 1 MHz with an average power below 20 mW, and a wavelength ranging from 700 to 1200 nm, to generate non-incandescence related light emission from said the carbon black and/or black carbon particles and 3) analysis of said light emission. 1) providing the sample or carrier medium without labelling or pretreatment of the carbon black and /or black carbon particles, 2) illuminating the sample or carrier medium at a temperature below 90°C by femtosecond pulsed laser light with a pulse duration below 500 femtoseconds, a repetition rate above 1 MHz with an average power below 20 mW, and a wavelength ranging from 700 to 1200 nm, to generate non-incandescence related light emission from said the carbon black and/or black carbon particles and 3) analysis of said light emission.
A coaxial cable connector for mating with an interface port defining an external threaded working surface, comprising: a post configured to receive a center conductor surrounded by a dielectric of a coaxial cable ; a connector body attached to the post ; and a coupling member including a body defined by an inner surface and an outer surface between a first end and a second end ; and at least one resilient contact extending a distance from the inner surface of the body radially inward, the at least one resilient contact is biased in a direction to allow the threads of the port to push the contacts outward during forward axial movement of the coupling member as the coupling member is advanced onto the port but which come to rest with the tips of the contacts lodged securely against the working surface of the port threads preventing the release of the connector if pulled in an opposite axial direction, being thus configured to disengage the working surface in response to rotational movement of the body , characterized in that the body includes at least one first resilient contact extending a distance from the inner surface of the body radially inward, the at least one first resilient contact positioned proximate the second end of the body and configured to be rotationally attached to an outer conductive surface of the post so as to maintain physical and electrical contact between the post and the coupling member ; wherein said at least one resilient contact is at least one second resilient contact . a post configured to receive a center conductor surrounded by a dielectric of a coaxial cable ; a connector body attached to the post ; and a coupling member including a body defined by an inner surface and an outer surface between a first end and a second end ; and at least one resilient contact extending a distance from the inner surface of the body radially inward, the at least one resilient contact is biased in a direction to allow the threads of the port to push the contacts outward during forward axial movement of the coupling member as the coupling member is advanced onto the port but which come to rest with the tips of the contacts lodged securely against the working surface of the port threads preventing the release of the connector if pulled in an opposite axial direction, being thus configured to disengage the working surface in response to rotational movement of the body , characterized in that the body includes at least one first resilient contact extending a distance from the inner surface of the body radially inward, the at least one first resilient contact positioned proximate the second end of the body and configured to be rotationally attached to an outer conductive surface of the post so as to maintain physical and electrical contact between the post and the coupling member ; wherein said at least one resilient contact is at least one second resilient contact .
An auxiliary wheel apparatus configured for tractors with: at least one first auxiliary wheel and a wheel suspension , wherein the wheel suspension has a first rotating axis about which the first auxiliary wheel is mounted for rotation, and wherein the wheel suspension has a second rotating axis about which the first auxiliary wheel is mounted in a steerable manner; and a fastening apparatus arranged for removable fastening to the tractor , characterized in that the wheel suspension comprises an actuator configured to move the first auxiliary wheel with respect to a ground in the mounted state of the auxiliary wheel apparatus . at least one first auxiliary wheel and a wheel suspension , wherein the wheel suspension has a first rotating axis about which the first auxiliary wheel is mounted for rotation, and wherein the wheel suspension has a second rotating axis about which the first auxiliary wheel is mounted in a steerable manner; and a fastening apparatus arranged for removable fastening to the tractor , characterized in that the wheel suspension comprises an actuator configured to move the first auxiliary wheel with respect to a ground in the mounted state of the auxiliary wheel apparatus .
Spark plug electrode, comprising a main body and a noble metal pin which is arranged on the main body , - wherein the main body and the noble metal pin are connected to one another by a connecting zone , and - wherein the connecting zone has at least one first weld seam and one second weld seam , - wherein the first weld seam is arranged between the noble metal pin and the main body , wherein the second weld seam is arranged between the first weld seam and the noble metal pin , and a noble metal concentration in the first weld seam is lower than a noble metal concentration in the second weld seam , or - wherein the second weld seam is arranged between the first weld seam and the main body and a noble metal concentration in the first weld seam is higher than a noble metal concentration in the second weld seam , characterized in that the noble metal concentration in the connecting zone changes at most by 40% by mass in the longitudinal direction (X-X) of the spark plug electrode for each interval of 100 μm of length of the connecting zone . - wherein the main body and the noble metal pin are connected to one another by a connecting zone , and - wherein the connecting zone has at least one first weld seam and one second weld seam , - wherein the first weld seam is arranged between the noble metal pin and the main body , wherein the second weld seam is arranged between the first weld seam and the noble metal pin , and a noble metal concentration in the first weld seam is lower than a noble metal concentration in the second weld seam , or - wherein the second weld seam is arranged between the first weld seam and the main body and a noble metal concentration in the first weld seam is higher than a noble metal concentration in the second weld seam ,
A method , performed by a proxy, for facilitating real time multimedia communications between a constrained device and a multimedia client, the method comprising: discovering an identity and a multimedia capability of a constrained device ; receiving, from a multimedia client, a request for multimedia content from the constrained device ; mapping information from the request to a message format used by the constrained device , wherein the information mapped from the request to a message format used by the constrained device comprises at least: an indication of a multimedia resource specified in the request, and transport layer information for a destination to which transmission of the specified resource should be initiated ; and forwarding the mapped information to the constrained device . discovering an identity and a multimedia capability of a constrained device ; receiving, from a multimedia client, a request for multimedia content from the constrained device ; mapping information from the request to a message format used by the constrained device , wherein the information mapped from the request to a message format used by the constrained device comprises at least: an indication of a multimedia resource specified in the request, and transport layer information for a destination to which transmission of the specified resource should be initiated ; and an indication of a multimedia resource specified in the request, and transport layer information for a destination to which transmission of the specified resource should be initiated ; and forwarding the mapped information to the constrained device .
Hop pellets obtained by using 20% by weight or more of hop flowers (L•SL) of a Saaz variety as raw materials, the hop flowers showing hues satisfying that a value of a* is -0.5 or more and a value of b* is 25 or more in accordance with a CIE Lab color space.
Device - with a metal pipe and - with a fitting for making a metallic connection with a metal pipe, - wherein the fitting includes - a basic body made of metal , - at least one supporting body made of metal and formed in one piece with the base body for insertion into a pipe end and - at least one pressing sleeve connected to the base body and made of metal for receiving the pipe end, - wherein the support body and the pressing sleeve are designed for radial pressing, - wherein the supporting body includes - a first sealing section arranged at the distal end and having at least one radially encircling and radially outwardly projecting sealing tooth , - a retaining region adjoining the first sealing section in the axial direction and having retaining teeth distributed around the circumference and extending axially, and - a second sealing section adjoining the retaining area in the axial direction with at least one radially encircling and radially outwardly projecting sealing tooth , and - wherein the support body and the pressing sleeve are able to obtain by means of the sealing teeth a metallic sealing with the metal pipe without any additional soft seal. - with a metal pipe and - with a fitting for making a metallic connection with a metal pipe, - wherein the fitting includes - a basic body made of metal , - at least one supporting body made of metal and formed in one piece with the base body for insertion into a pipe end and - at least one pressing sleeve connected to the base body and made of metal for receiving the pipe end, - wherein the support body and the pressing sleeve are designed for radial pressing, - wherein the supporting body includes - a first sealing section arranged at the distal end and having at least one radially encircling and radially outwardly projecting sealing tooth , - a retaining region adjoining the first sealing section in the axial direction and having retaining teeth distributed around the circumference and extending axially, and - a second sealing section adjoining the retaining area in the axial direction with at least one radially encircling and radially outwardly projecting sealing tooth , and - wherein the support body and the pressing sleeve are able to obtain by means of the sealing teeth a metallic sealing with the metal pipe without any additional soft seal.
A method for restricted target wake time, R-TWT, operation for latency sensitive traffic in a wireless local area network, WLAN, the method comprising: sending, by a first Access Point, AP, a R-TWT response to a first STA in a non-AP MLD to set up R-TWT agreement on any one or more of at least one link to which at least one Traffic Identifier, TID, for latency sensitive traffic has been mapped; wherein the mapping between the at least one TID for latency sensitive traffic and the at least one link is established by sending a first response to the first STA to map the at least one TID for latency sensitive traffic to the at least one link set up between the AP MLD and the non-AP MLD, wherein the AP MLD comprises a plurality of APs and the non-AP MLD comprises a plurality of non-AP STAs.
Agricultural implement for cultivating soil, the implement having a plurality of agricultural working tools which, when cultivating the soil, are to be guided in a precisely linear manner between rows of field crops by means of a towing vehicle , the implement moving in a direction of travel (F) and the implement comprising a sliding frame which can be detachably coupled to the towing vehicle and by means of which the working tools can be moved transversely to the direction of travel (F) in a sliding direction (S), characterised in that the implement has an actively drivable yaw device for rotating the working tools about a vertical axis (H) while the working tools are being guided between the rows of field crops, it being possible for the working tools to be actively acted upon by a yaw movement, irrespective of the type of movement of the towing vehicle , in such a way that soil cultivation can also be carried out in a precisely linear manner when the towing vehicle travels across slopes and/or turns corners, and the yaw device being arranged so as to act between the sliding frame and the working tools (2, such that the sliding frame does not participate in the yaw movement.
A method, comprising: receiving, by a media device , a plurality of media content data streams; storing, in one or more in-memory buffers, at least a portion of a particular media content stream of the plurality of media content data streams; encrypting the one or more in-memory buffers; receiving, from a client device , a request for the particular media content stream, the request indicating a position within the particular media content stream; in response to determining that the position within the particular media content stream corresponds to a particular encrypted buffer of the one or more encrypted in-memory data buffers, sending the particular encrypted buffer to the client device ; and in response to determining that a write limit is reached, storing the one or more in-memory buffers at a secondary storage device , wherein the write limit includes one or more of: a time limit and a number of in-memory data buffers currently stored. receiving, by a media device , a plurality of media content data streams; storing, in one or more in-memory buffers, at least a portion of a particular media content stream of the plurality of media content data streams; encrypting the one or more in-memory buffers; receiving, from a client device , a request for the particular media content stream, the request indicating a position within the particular media content stream; in response to determining that the position within the particular media content stream corresponds to a particular encrypted buffer of the one or more encrypted in-memory data buffers, sending the particular encrypted buffer to the client device ; and in response to determining that a write limit is reached, storing the one or more in-memory buffers at a secondary storage device , wherein the write limit includes one or more of: a time limit and a number of in-memory data buffers currently stored.
Appliance for cooking food comprising - an upper heating plate and a lower heating plate provided with surfaces facing each other, the upper heating plate being movable between a closed position in which the upper and the lower heating plates are in contact with each other and an open position in which the upper and the lower heating plates are spaced from each other, - linkage means constrained to the upper heating plate and to the lower heating plate to allow the upper heating plate to be lifted from or to approach in a substantially parallel manner the lower heating plate , characterized by the fact that the appliance comprises one or more cavities for housing food to be cooked at least at one of said surfaces and at least one vent channel adapted to put said one or more cavities in fluid communication with an environment external to the appliance when plates are in said closed position, and wherein the linkage means comprise opening means configured to operate the linkage means and to move the upper plate away from the lower plate such to allow the cavities to be opened to the external environment when gas pressure inside said cavities exceeds a threshold value. - an upper heating plate and a lower heating plate provided with surfaces facing each other, the upper heating plate being movable between a closed position in which the upper and the lower heating plates are in contact with each other and an open position in which the upper and the lower heating plates are spaced from each other, - linkage means constrained to the upper heating plate and to the lower heating plate to allow the upper heating plate to be lifted from or to approach in a substantially parallel manner the lower heating plate , characterized by the fact that the appliance comprises one or more cavities for housing food to be cooked at least at one of said surfaces and at least one vent channel adapted to put said one or more cavities in fluid communication with an environment external to the appliance when plates are in said closed position, and wherein the linkage means comprise opening means configured to operate the linkage means and to move the upper plate away from the lower plate such to allow the cavities to be opened to the external environment when gas pressure inside said cavities exceeds a threshold value.
A contention window size determining method, comprising: sending , by a first device, one or more data packets to one or more second devices on a reference time unit, wherein the one or more data packets occupy a first subband, and at least one data packet in the one or more data packets is carried on a plurality of subbands comprising the first subband, and the plurality of subbands further comprise a second subband or a fourth subband; receiving , by the first device, one or more hybrid automatic repeat request-acknowledgements, HARQ-ACKs, that are fed back by the one or more second devices and that correspond to the one or more data packets, the one or more HARQ-ACKs comprises at least one HARQ-ACK corresponding to the at least one data packet; and determining , by the first device, a contention window size of the first subband based on the one or more HARQ-ACKs, wherein the at least one HARQ-ACK corresponding to the at least one data packet is further used to determine the contention window size of the second subband or the fourth subband. sending , by a first device, one or more data packets to one or more second devices on a reference time unit, wherein the one or more data packets occupy a first subband, and at least one data packet in the one or more data packets is carried on a plurality of subbands comprising the first subband, and the plurality of subbands further comprise a second subband or a fourth subband; receiving , by the first device, one or more hybrid automatic repeat request-acknowledgements, HARQ-ACKs, that are fed back by the one or more second devices and that correspond to the one or more data packets, the one or more HARQ-ACKs comprises at least one HARQ-ACK corresponding to the at least one data packet; and determining , by the first device, a contention window size of the first subband based on the one or more HARQ-ACKs, wherein the at least one HARQ-ACK corresponding to the at least one data packet is further used to determine the contention window size of the second subband or the fourth subband.
A method for computer-implemented determination of control parameters (CP) of a turbine (T1,...,Tn) in case of a component malfunction, the turbine (T1,..., Tn) being a wind turbine having a generator or a gas turbine having a generator, comprising the steps of: S1) receiving, by an interface (IF), an information indicating a component malfunction; S2) identifying, by a processing unit (PU), as to what power level the turbine (T1,...,Tn) can be operated at, by a simulation of the operation of the turbine (T1,...,Tn), the simulation being made with a given turbine model (TM) in which the identified component is set to be operated with a reduced function and in which one or more characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn) are used as input parameter; and S3) deriving, by the processing unit (PU), the control parameters (CP) for the turbine (T1,...,Tn) from the identified power level; characterized in that the one or more characteristic values (AG, MP, MDM, TC, CR) are manufacturing tolerances of the characteristic values (AG, MP, MDM, TC, CR) obtained by measurement during the manufacturing process. S1) receiving, by an interface (IF), an information indicating a component malfunction; S2) identifying, by a processing unit (PU), as to what power level the turbine (T1,...,Tn) can be operated at, by a simulation of the operation of the turbine (T1,...,Tn), the simulation being made with a given turbine model (TM) in which the identified component is set to be operated with a reduced function and in which one or more characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn) are used as input parameter; and S3) deriving, by the processing unit (PU), the control parameters (CP) for the turbine (T1,...,Tn) from the identified power level; characterized in that the one or more characteristic values (AG, MP, MDM, TC, CR) are manufacturing tolerances of the characteristic values (AG, MP, MDM, TC, CR) obtained by measurement during the manufacturing process.