mhurhangee/patent-ind-claim-en huggingface dataset:
A method for routing data flows of sequential packets across a plurality of network interfaces for transmitting data over a plurality of network connections, the method comprising, by a network gateway device: monitoring time-variant network transmission characteristics of the plurality of network connections; parsing at least one packet of a data flow of sequential packets to identify a data flow class for the data flow, wherein the data flow class is associated with at least one network flow requirement for the data flow; routing packets in the data flow across the plurality of network connections based on the data flow class, and the time-variant network transmission characteristics; transmitting a sequential burst of packets across each of the plurality of network interfaces; based on timestamps recorded when packets in the sequential burst of packets are received at a receiving node, and the size of the packets, generating a bandwidth estimate of each of the plurality of network interfaces; and routing packets in the data flow of sequential packets across the plurality of network connections based on an overall score or fitness level determined from at least the generated bandwidth estimate for each of the plurality of network interfaces, such that the routing of packets is weighted based on expected bandwidths; wherein the bandwidth estimate is corrected for interrupt latency by tracking packet receipt characteristics and using the packet receipt characteristics to exclude coalesced packets from a head and a tail of the sequential burst. monitoring time-variant network transmission characteristics of the plurality of network connections; parsing at least one packet of a data flow of sequential packets to identify a data flow class for the data flow, wherein the data flow class is associated with at least one network flow requirement for the data flow; routing packets in the data flow across the plurality of network connections based on the data flow class, and the time-variant network transmission characteristics; transmitting a sequential burst of packets across each of the plurality of network interfaces; based on timestamps recorded when packets in the sequential burst of packets are received at a receiving node, and the size of the packets, generating a bandwidth estimate of each of the plurality of network interfaces; and routing packets in the data flow of sequential packets across the plurality of network connections based on an overall score or fitness level determined from at least the generated bandwidth estimate for each of the plurality of network interfaces, such that the routing of packets is weighted based on expected bandwidths; wherein the bandwidth estimate is corrected for interrupt latency by tracking packet receipt characteristics and using the packet receipt characteristics to exclude coalesced packets from a head and a tail of the sequential burst.
Method for providing electrical energy for charging electric vehicles, - in which a session comprises a charging operation for an electric vehicle, - in which a load distribution for a plurality of sessions is set by a stepwise allocation of the electrical energy in the form of a charging current, - in which the load distribution for a plurality of sessions is set stepwise by virtue of the charging currents for the plurality of sessions being set successively in such a way that - in a first step the sessions for which a new charging current is intended to be reduced in comparison with a previous charging current are set, - then in a second step the sessions for which a new charging current is intended to be increased in comparison with the previous charging current are set, and - a check is made between the first and the second step to ascertain whether the reduced charging current has also been successfully reached. - in which a session comprises a charging operation for an electric vehicle, - in which a load distribution for a plurality of sessions is set by a stepwise allocation of the electrical energy in the form of a charging current, - in which the load distribution for a plurality of sessions is set stepwise by virtue of the charging currents for the plurality of sessions being set successively in such a way that - in a first step the sessions for which a new charging current is intended to be reduced in comparison with a previous charging current are set, - then in a second step the sessions for which a new charging current is intended to be increased in comparison with the previous charging current are set, and - a check is made between the first and the second step to ascertain whether the reduced charging current has also been successfully reached.
Stand-up packaging for food products comprising: at least one pouch for carrying a food product, an outer packaging having two cover elements at least partially sandwiching the at least one pouch , and at least one further element being at least partially sandwiched between the at least one pouch and one of the cover elements , wherein the at least one further element is penetrated by a through hole , said stand-up packaging being characterised in that the one cover element is glued (G) to the at least one pouch via the through hole . at least one pouch for carrying a food product, an outer packaging having two cover elements at least partially sandwiching the at least one pouch , and at least one further element being at least partially sandwiched between the at least one pouch and one of the cover elements , wherein the at least one further element is penetrated by a through hole , said stand-up packaging being characterised in that the one cover element is glued (G) to the at least one pouch via the through hole .
A valve for controlling a product flow, the valve comprising a valve body having a product inlet , a product outlet , a product flow channel formed between the product inlet and the product outlet , and a valve seat arranged in the product flow channel , a rotatable stem extending through a wall of the valve body and into the product flow channel with an end portion of the stem disposed within the product flow channel , a disk arranged at the end portion of the stem at an angle (α) greater than zero relative to an elongated extension (STE) of the stem , the disk being movable from a closed position (P1) where it abuts the valve seat for sealing the product flow channel , to an open position (P2) by rotating the stem approximately 180°, wherein the valve body comprises a stem seal groove having a stem seal that surrounds the stem for providing sealing between the valve body and the stem , a void space surrounding the stem and extending from the stem seal to the product flow channel , such that the stem seal is fluidly connected to the product flow channel via the void space , characterized in that the void space has, in a radial direction (R) of the stem , an extension (VE) that has a length that is at least 20% of a thickness (DM) of the stem , where the thickness (DM) of the stem is measured across the stem in the radial direction (R), the extension (VE) being be measured on a side of the stem that is opposite the product flow channel . a valve body having a product inlet , a product outlet , a product flow channel formed between the product inlet and the product outlet , and a valve seat arranged in the product flow channel , a rotatable stem extending through a wall of the valve body and into the product flow channel with an end portion of the stem disposed within the product flow channel , a disk arranged at the end portion of the stem at an angle (α) greater than zero relative to an elongated extension (STE) of the stem , the disk being movable from a closed position (P1) where it abuts the valve seat for sealing the product flow channel , to an open position (P2) by rotating the stem approximately 180°, wherein the valve body comprises a stem seal groove having a stem seal that surrounds the stem for providing sealing between the valve body and the stem , a void space surrounding the stem and extending from the stem seal to the product flow channel , such that the stem seal is fluidly connected to the product flow channel via the void space , characterized in that the void space has, in a radial direction (R) of the stem , an extension (VE) that has a length that is at least 20% of a thickness (DM) of the stem , where the thickness (DM) of the stem is measured across the stem in the radial direction (R), the extension (VE) being be measured on a side of the stem that is opposite the product flow channel .
A compound for use in a method for inhibiting the invasion of tumor cells into the adjacent tissue in a subject; wherein said compound is selected from the list comprising: -3-(4-fluorophenyl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(4-methoxyphenyl)-3-(2,4,6-trimethoxyphenyl)prop-2-en-1-one; -3-(3-fluorophenyl)-1-(4-fluorophenyl)prop-2-en-1-one; -3-(furan-2-yl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(2,6-dimethoxyphenyl)-3-(furan-2-yl)prop-2-en-1-one; -1-(4-fluorophenyl)-3-(furan-3-yl)prop-2-en-1-one; or or a stereoisomer, tautomer, racemate, salt, hydrate, or solvate thereof. -3-(4-fluorophenyl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(4-methoxyphenyl)-3-(2,4,6-trimethoxyphenyl)prop-2-en-1-one; -3-(3-fluorophenyl)-1-(4-fluorophenyl)prop-2-en-1-one; -3-(furan-2-yl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(2,6-dimethoxyphenyl)-3-(furan-2-yl)prop-2-en-1-one; -1-(4-fluorophenyl)-3-(furan-3-yl)prop-2-en-1-one; or
A printing head assembly with integrated purge mechanism, comprising: (a) a liquid dispensing head comprising one or more dispensing nozzles enclosed in a nozzle plate , driven by a first pressure and a second pressure, wherein the first pressure is a jetting pressure created inside the liquid dispensing head such that printing liquid is dispensed in pulses from the nozzles, and the second pressure is an extra pressure applied externally to the printing liquid to push the printing liquid forcefully out of the liquid dispensing head through the nozzles; and (b) a shielding mask including an opening in front of said one or more nozzles, wherein said shielding mask is positioned with respect to said nozzle plate such that (i) when printing liquid is dispensed from the head driven by said first pressure, the liquid is dispensed through said opening in said shielding mask; and (ii) when printing liquid is dispensed from the head driven by said second pressure, said printing liquid is drawn by capillary forces to a capillary gap formed between said shielding mask and said nozzle plate, thereby removing said printing liquid from nearby said nozzles. (a) a liquid dispensing head comprising one or more dispensing nozzles enclosed in a nozzle plate , driven by a first pressure and a second pressure, wherein the first pressure is a jetting pressure created inside the liquid dispensing head such that printing liquid is dispensed in pulses from the nozzles, and the second pressure is an extra pressure applied externally to the printing liquid to push the printing liquid forcefully out of the liquid dispensing head through the nozzles; and (b) a shielding mask including an opening in front of said one or more nozzles, wherein said shielding mask is positioned with respect to said nozzle plate such that (i) when printing liquid is dispensed from the head driven by said first pressure, the liquid is dispensed through said opening in said shielding mask; and (ii) when printing liquid is dispensed from the head driven by said second pressure, said printing liquid is drawn by capillary forces to a capillary gap formed between said shielding mask and said nozzle plate, thereby removing said printing liquid from nearby said nozzles. (i) when printing liquid is dispensed from the head driven by said first pressure, the liquid is dispensed through said opening in said shielding mask; and (ii) when printing liquid is dispensed from the head driven by said second pressure, said printing liquid is drawn by capillary forces to a capillary gap formed between said shielding mask and said nozzle plate, thereby removing said printing liquid from nearby said nozzles.
A storage facility for metal profiles of opening panels comprising at least one storage means (3; 18) for the profiles, a means of connection between the storage facility and a facility for bending the profiles, a means for moving the profiles from the storage facility towards the bending facility, the storage means (3; 18) comprising at least one storage module for a defined number of profiles in a given position, said module being held removably in a part of the storage means (3; 18), characterised in that each storage module comprises a frame for keeping the profiles in at least one row, said frame being formed by a bearing plate for the profiles, said plate being attached to an L-shaped angular profile defining with one branch of the L the bottom of the module , at least one tab for keeping the profiles bearing against the plate being arranged on the branch of the angular profile opposite the one connected to the plate , the tabs and the plate being parallel, characterised in that the moving means are suitable for selectively moving said storage module and in that the modules are stored parallel to each other and vertically in the facility.
ROR1-positive mesenchymal stem cells which are positive for CD29, CD73, CD90, CD105 and CD166, and which are derived from umbilical cord or adipose tissue, wherein the ratio of ROR1-positive mesenchymal stem cells is 70% or more of all mesenchymal stem cells.
A method performed by a wireless device for handling communication in a wireless communication network, the method comprising: - obtaining an indication of one or more sets of reference signals, wherein each set is associated with one or more services by being mapped to a class of services that includes a Quality of Service, QoS, class or a type of wireless device; - determining a service to use; and - measuring a signal strength or a quality of a reference signal of a set out of the one or more sets of reference signals, which set of reference signals is associated with the determined service. - obtaining an indication of one or more sets of reference signals, wherein each set is associated with one or more services by being mapped to a class of services that includes a Quality of Service, QoS, class or a type of wireless device; - determining a service to use; and - measuring a signal strength or a quality of a reference signal of a set out of the one or more sets of reference signals, which set of reference signals is associated with the determined service.
A device for checking the operability of a heating system comprising a control part , a part controlled by the control part and a connection (L1 to L7) between the control part and the controlled part , wherein the connection consists of single lines or a bus line extending between actuators and sensors of the controlled part and the corresponding terminals on the control part , and wherein the device comprises an information input device and an information processing device connected thereto which is configured to switch the device from a locked state to a released state, depending on predefined information entered using the input device, characterised in that the device comprises, for each of said lines, a switching element (S1 to S7) which is controlled between an open state and closed state depending on the information to be entered, which switching component is inserted into the respective line, which is thus interrupted in the locked state or closed in the released state according to the switching state of the switching element.
Electric device for connection to a high-voltage line, comprising - a magnetizable core , - at least one winding which is arranged in the vicinity of the core and - a housing which is filled with insulating fluid and in which the at least one winding is arranged, - wherein the core is arranged at least partly outside the housing , characterized in that the core is arranged completely between two pressing plates which are situated opposite one another and between which tension elements for clamping the core extend. - a magnetizable core , - at least one winding which is arranged in the vicinity of the core and - a housing which is filled with insulating fluid and in which the at least one winding is arranged, - wherein the core is arranged at least partly outside the housing ,
A binding machine for gardening comprising: a main handle ; a clincher arm that is rotatably attached to the main handle ; a tape guide that is configured to draw out and guide a tape at a front end portion of the main handle ; a tape gripping device that is configured to grip an end portion of the tape drawn out from the tape guide , at a front end portion of the clincher arm ; and a cutting blade that is configured to cut the tape , wherein the tape gripping device includes a gripping member that operates to grip the tape , characterized in that the tape guide is swingably attached to the main handle such that a position of the tape guide when the tape gripping device operates to grip the end portion of the tape and a position of the tape guide when the cutting blade operates to cut the tape are different from each other, and is configured to move while holding the tape so as to apply a tension to the tape to be cut by the cutting blade , and the tape guide is configured to be guided and to move by the gripping member . a main handle ; a clincher arm that is rotatably attached to the main handle ; a tape guide that is configured to draw out and guide a tape at a front end portion of the main handle ; a tape gripping device that is configured to grip an end portion of the tape drawn out from the tape guide , at a front end portion of the clincher arm ; and a cutting blade that is configured to cut the tape , wherein the tape gripping device includes a gripping member that operates to grip the tape , characterized in that the tape guide is swingably attached to the main handle such that a position of the tape guide when the tape gripping device operates to grip the end portion of the tape and a position of the tape guide when the cutting blade operates to cut the tape are different from each other, and is configured to move while holding the tape so as to apply a tension to the tape to be cut by the cutting blade , and the tape guide is configured to be guided and to move by the gripping member .
A method for speed reversal control of a motor drive with an inverter driving a motor through an output filter and a transformer to reverse rotation of the motor from a first direction to an opposite second direction, the method comprising: driving the motor using closed loop velocity control and setting a current command reference signal or value to an elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value greater than a predetermined threshold frequency (ω TH ) to facilitate dissipation of regenerative energy in the motor drive ; and driving the motor using open loop velocity control and setting the current command reference signal or value to the elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value less than or equal to the predetermined threshold frequency (ω TH ) to transition the motor speed through zero to reverse rotation of the motor from the first direction to the second direction. driving the motor using closed loop velocity control and setting a current command reference signal or value to an elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value greater than a predetermined threshold frequency (ω TH ) to facilitate dissipation of regenerative energy in the motor drive ; and driving the motor using open loop velocity control and setting the current command reference signal or value to the elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value less than or equal to the predetermined threshold frequency (ω TH ) to transition the motor speed through zero to reverse rotation of the motor from the first direction to the second direction.
A monoclonal antibody characterized by the following (a) to (c); (a) showing higher reactivity to mature renin and open structure prorenin, both of which are not bound with a renin inhibitor, than to mature renin and open structure prorenin, both of which are inactivated by binding of a renin inhibitor, (b) binding to a peptide composed of 30th to 86th amino acids of an amino acid sequence set forth in SEQ ID NO: 1, and (c) not binding to a peptide composed of 58th to 170th amino acids of an amino acid sequence set forth in SEQ ID NO: 1. (a) showing higher reactivity to mature renin and open structure prorenin, both of which are not bound with a renin inhibitor, than to mature renin and open structure prorenin, both of which are inactivated by binding of a renin inhibitor, (b) binding to a peptide composed of 30th to 86th amino acids of an amino acid sequence set forth in SEQ ID NO: 1, and (c) not binding to a peptide composed of 58th to 170th amino acids of an amino acid sequence set forth in SEQ ID NO: 1.
A system for facilitating minimally invasive surgical procedures, the system comprising a tool and an implant wherein the implant is a saddle , the tool comprising: first and second outer blades each having a distal end and a proximal end ; first and second inner blades each having a distal end and a proximal end , the first and second inner blades operable to slidingly engage the first and second outer blades , wherein the first and second inner blades have with respect to the first and second outer blades, an unlocked position where the tool is releasably engageable with the saddle and a locked position where the tool is locked to the saddle ; a channel formed between the first inner and outer blades and the second inner and outer blades , the channel extending along an entire length of the first and second inner and outer blades ; and a hollow connector releasably coupled to the proximal end of the first and second inner blades , wherein a proximal end of the channel is blocked and the first and second inner blades are interconnected at respective proximal ends when the hollow connector is coupled to the first and second inner blades , and wherein the proximal end of the channel is unblocked and the first and second outer blades are separate and not interconnected at respective proximal ends when the hollow connector is removed from the first and second inner blades so that the channel is provided over the entire length of the tool . first and second outer blades each having a distal end and a proximal end ; first and second inner blades each having a distal end and a proximal end , the first and second inner blades operable to slidingly engage the first and second outer blades , wherein the first and second inner blades have with respect to the first and second outer blades, an unlocked position where the tool is releasably engageable with the saddle and a locked position where the tool is locked to the saddle ; a channel formed between the first inner and outer blades and the second inner and outer blades , the channel extending along an entire length of the first and second inner and outer blades ; and a hollow connector releasably coupled to the proximal end of the first and second inner blades , wherein a proximal end of the channel is blocked and the first and second inner blades are interconnected at respective proximal ends when the hollow connector is coupled to the first and second inner blades , and wherein the proximal end of the channel is unblocked and the first and second outer blades are separate and not interconnected at respective proximal ends when the hollow connector is removed from the first and second inner blades so that the channel is provided over the entire length of the tool .