mhurhangee/patent-ind-claim-en huggingface dataset:
Running shoe including medial and lateral eyelets arranged in the longitudinal direction, from the forefoot region of the running shoe to the heel portion, on the medial and lateral sides, wherein a respective medial eyelet and a lateral eyelet located at the same height as said medial eyelet in the longitudinal direction, as seen in relation to counting of the eyelets beginning in the forefoot region of the running shoe, form an eyelet pair; and also including an individual lace having lace portions for lacing, wherein the lace is guided through the eyelets such that the lace portions extending in each case from the eyelets of the first eyelet pair, as seen in relation to the forefoot region, run at an oblique lacing angle in relation to the longitudinal direction in each case to at least one further eyelet, which is closer to the heel portion, wherein in each case two lace portions which enclose an acute opening angle extend from the eyelets of the first eyelet pair, characterized in that reinforcing ribs are arranged in the forefoot region, on the medial and lateral sides, wherein the reinforcing ribs are arranged at an oblique rib angle in relation to the longitudinal direction of the running shoe , and wherein the eyelets of the first eyelet pair are sewn into the reinforcing ribs.
A frequency modulated continuous waves "FM-CW" radar using frequency modulation based on an FM-CW scheme, the FM-CW radar comprising: a high frequency circuit configured to receive a reflected wave from a target; and a signal processing unit configured to convert an analog signal generated by the high frequency circuit into a digital signal and detect at least a distance to the target and velocity of the target, wherein the high frequency circuit includes a voltage control oscillator to generate a frequency-modulated high frequency signal by receiving a modulation voltage from the signal processing unit , the signal processing unit includes a look up table to store default modulation control data, and the signal processing unit is configured to update data stored in the look up table in response to change to characteristics of the voltage control oscillator with correction data that is generated by fixing a voltage increment and varying a time increment with use of frequency information calculated from phase information of an output of the voltage control oscillator , wherein the corrected modulation control data causes the voltage control oscillator to generate a linear frequency-modulated high frequency signal. a high frequency circuit configured to receive a reflected wave from a target; and a signal processing unit configured to convert an analog signal generated by the high frequency circuit into a digital signal and detect at least a distance to the target and velocity of the target, wherein the high frequency circuit includes a voltage control oscillator to generate a frequency-modulated high frequency signal by receiving a modulation voltage from the signal processing unit , the signal processing unit includes a look up table to store default modulation control data, and the signal processing unit is configured to update data stored in the look up table in response to change to characteristics of the voltage control oscillator with correction data that is generated by fixing a voltage increment and varying a time increment with use of frequency information calculated from phase information of an output of the voltage control oscillator , wherein the corrected modulation control data causes the voltage control oscillator to generate a linear frequency-modulated high frequency signal.
Topical composition comprising as an active agent an association comprising: a) at least one ceramide b) at least one saturated fatty acid C 12 -C 22 ; c) cholesterol, said topical composition comprising phosphatidylglycerol wherein: - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4. a) at least one ceramide b) at least one saturated fatty acid C 12 -C 22 ; c) cholesterol, said topical composition comprising phosphatidylglycerol wherein: - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4. - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4.
Piston accumulator having an accumulator housing and a separating piston , which is guided therein such that it can be displaced longitudinally, which separates two media chambers from one another and which has a double sealing system , one of the sealing systems facing one media chamber and the other sealing system facing the other media chamber , wherein a compensation device is at least partially received in the separating piston between the two sealing systems , said compensation device permitting hydrostatic pressure compensation between the two sealing systems to prevent an undesirable pressure build-up during operation, characterised in that the compensation device is received in an annular groove of the separating piston and is formed by a peripheral sealing ring , which is in contact with the inside of the accumulator housing with two protruding annular segments , which delimit between them an annular chamber , which, connected in a media-conveying manner to the inside of the sealing ring via at least one compensation channel , emerges from the sealing ring .
A winding assembly configured to be disposed in a stator , wherein the stator comprises a tube wall , wherein the winding assembly comprises: a first winding group comprising a plurality of winding units , wherein the plurality of winding units of the first winding group are disposed side by side on an inner side of the tube wall and collaboratively define an outer layer; and a second winding group comprising a plurality of winding units , wherein the plurality of winding units of the second winding group are disposed side by side on an inner side of the outer layer and collaboratively define an inner layer, wherein each of the winding units at the inner layer is adjacent to two of the winding units at the outer layer, wherein any one of geometric projections of the winding units at the inner layer on the tube wall is partially overlapped with geometric projections of the two adjacent winding units at the outer layer on the tube wall , characterized in that a number of turns of the winding units of the first winding group is greater than a number of turns of the winding units of the second winding group . a first winding group comprising a plurality of winding units , wherein the plurality of winding units of the first winding group are disposed side by side on an inner side of the tube wall and collaboratively define an outer layer; and a second winding group comprising a plurality of winding units , wherein the plurality of winding units of the second winding group are disposed side by side on an inner side of the outer layer and collaboratively define an inner layer, wherein each of the winding units at the inner layer is adjacent to two of the winding units at the outer layer, wherein any one of geometric projections of the winding units at the inner layer on the tube wall is partially overlapped with geometric projections of the two adjacent winding units at the outer layer on the tube wall , characterized in that a number of turns of the winding units of the first winding group is greater than a number of turns of the winding units of the second winding group .
Method for pairing a first terminal, called an initiator terminal seeking to transmit and receive data, with a second terminal, called an acceptor terminal, said method being characterized in that it comprises: - placing of an external surface connector of the initiator terminal on a complementary external surface connector of the acceptor terminal delivering a piece of data to said initiator terminal about the presence of said acceptor terminal; - determining, by said initiator terminal, of a parameter of connection; - pairing of said initiator terminal with said acceptor terminal according to a mode of pairing depending on the determined parameter of connection, the mode of pairing belonging to the group comprising: - a mode of permanent physical connection in which the connection is exclusively provided by the external surface connector of the initiator terminal connected to the complementary external surface connector of the acceptor terminal; - a mode of temporary physical connection in which only the pairing of the initiator terminal with the acceptor terminal requires a connection between the external surface connector of the initiator terminal and the complementary external surface connector of the acceptor terminal. - placing of an external surface connector of the initiator terminal on a complementary external surface connector of the acceptor terminal delivering a piece of data to said initiator terminal about the presence of said acceptor terminal; - determining, by said initiator terminal, of a parameter of connection; - pairing of said initiator terminal with said acceptor terminal according to a mode of pairing depending on the determined parameter of connection, the mode of pairing belonging to the group comprising: - a mode of permanent physical connection in which the connection is exclusively provided by the external surface connector of the initiator terminal connected to the complementary external surface connector of the acceptor terminal; - a mode of temporary physical connection in which only the pairing of the initiator terminal with the acceptor terminal requires a connection between the external surface connector of the initiator terminal and the complementary external surface connector of the acceptor terminal. - a mode of permanent physical connection in which the connection is exclusively provided by the external surface connector of the initiator terminal connected to the complementary external surface connector of the acceptor terminal; - a mode of temporary physical connection in which only the pairing of the initiator terminal with the acceptor terminal requires a connection between the external surface connector of the initiator terminal and the complementary external surface connector of the acceptor terminal.
Friction paper comprising 5 to 55 wt.% filler, 5 to 60 wt.% para-aramid pulp, and 5 to 50 wt.% resin, characterised in that the para-aramid pulp comprises 0.1 to 10 wt.% of polyvinyl pyrrolidone (PVP), the paper having a grammage in the range of 100 to 800 g/m2.
A computer implemented method for controlling a communications network, the method comprising: obtaining , from the network, cell identifiers, remote electrical tilt, RET, equipment identifiers, link data comprising information about links between cells and RET equipment, and network configuration data, and, from a data storage, network planning data; finding a first cell, if any, missing a link to a RET equipment ; searching, based on comparing the network configuration data and the network planning data, to which RET equipment, if any, the first cell should be linked , and responsive to detecting that the first cell and a first RET equipment should be linked, forming a link between the first cell and the first RET equipment; updating the link data with information comprising the formed link, if any; and using the updated link data in network control operations . obtaining , from the network, cell identifiers, remote electrical tilt, RET, equipment identifiers, link data comprising information about links between cells and RET equipment, and network configuration data, and, from a data storage, network planning data; finding a first cell, if any, missing a link to a RET equipment ; searching, based on comparing the network configuration data and the network planning data, to which RET equipment, if any, the first cell should be linked , and responsive to detecting that the first cell and a first RET equipment should be linked, forming a link between the first cell and the first RET equipment; updating the link data with information comprising the formed link, if any; and using the updated link data in network control operations .
A support structure for a rotary regenerative heat exchanger , the support structure comprising: an upper section comprising an upper ring having a first exterior surface , an upper hub and at least three upper spokes each extending between and secured at respective ends thereof to the upper ring and the upper hub ; a first rotor assembly support area an upper bearing a lower section configured to be supportable in use by a foundation mounting structure mounted on a foundation , with the lower section being spaced apart from the upper section ; and a plurality of support members , each of the plurality of support members being fixedly secured, directly or indirectly, to the upper ring and the lower section thereby creating an annular space (SI) between the upper ring and the lower section , the annular space being configured to receive compartments of a rotor assembly ; wherein the upper hub , the upper spokes and the support members cooperate to provide rigidity to the support structure such that the support members cooperate to support and transmit the weight of the upper spokes , the upper ring and the upper hub to the lower section , characterized in that said first rotor assembly support area is located substantially axially below an upper axial boundary of the upper ring and the upper spokes of the upper section of the support structure ; and said upper bearing is disposed in the first rotor assembly support area ; wherein at least one of the upper ring and the lower section have an axial spacing defined by the length of each of the plurality of support members . an upper section comprising an upper ring having a first exterior surface , an upper hub and at least three upper spokes each extending between and secured at respective ends thereof to the upper ring and the upper hub ; a first rotor assembly support area an upper bearing a lower section configured to be supportable in use by a foundation mounting structure mounted on a foundation , with the lower section being spaced apart from the upper section ; and a plurality of support members , each of the plurality of support members being fixedly secured, directly or indirectly, to the upper ring and the lower section thereby creating an annular space (SI) between the upper ring and the lower section , the annular space being configured to receive compartments of a rotor assembly ; wherein the upper hub , the upper spokes and the support members cooperate to provide rigidity to the support structure such that the support members cooperate to support and transmit the weight of the upper spokes , the upper ring and the upper hub to the lower section , characterized in that said first rotor assembly support area is located substantially axially below an upper axial boundary of the upper ring and the upper spokes of the upper section of the support structure ; and said upper bearing is disposed in the first rotor assembly support area ; wherein at least one of the upper ring and the lower section have an axial spacing defined by the length of each of the plurality of support members .
A compound of the Formula (II): wherein: R 2b is hydrogen and R 2a is unsubstituted C 1 -C 6 alkyl, methoxy, substituted ethoxy, or C 3 -C 6 alkoxy; and wherein substituted ethoxy is OCH 2 CH 2 OMe, -OCH 2 CH 2 OH, -OCH(CH 3 ) 2 , OCH 2 CH(CH 3 ) 2 , or -OCH 2 CF 3
A polyalkylene ether glycol composition comprising a polyalkylene ether glycol including an alkoxy group serving as a terminal group, wherein the polyalkylene ether glycol composition has a hydroxyl value of 220 or more and 750 or less, and wherein a ratio of the number of alkoxy group terminals of the polyalkylene ether glycol including an alkoxy group serving as a terminal group, the polyalkylene ether glycol being included in the polyalkylene ether glycol composition, to the number of hydroxyl group terminals of polyalkylene ether glycols included in the polyalkylene ether glycol composition is 0.00001 or more and 0.0040 or less, and wherein the hydroxyl value of the polyalkylene ether glycol composition is measured in accordance with JIS K1557-1 by a method in which an acetylating reagent is used, the number of alkoxy group terminals of the polyalkylene ether glycol is determined as indicated in the specification. wherein the polyalkylene ether glycol composition has a hydroxyl value of 220 or more and 750 or less, and wherein a ratio of the number of alkoxy group terminals of the polyalkylene ether glycol including an alkoxy group serving as a terminal group, the polyalkylene ether glycol being included in the polyalkylene ether glycol composition, to the number of hydroxyl group terminals of polyalkylene ether glycols included in the polyalkylene ether glycol composition is 0.00001 or more and 0.0040 or less, and wherein the hydroxyl value of the polyalkylene ether glycol composition is measured in accordance with JIS K1557-1 by a method in which an acetylating reagent is used, the number of alkoxy group terminals of the polyalkylene ether glycol is determined as indicated in the specification.
A load port device for transporting a container having a gas port to a load position where a transportation vehicle loads the container therein, the load port device comprising: a transportation conveyor extending to the load position; a nozzle mechanism arranged in a vicinity of the load position, the nozzle mechanism including a nozzle configured to supply a purge gas into the container while connected to the gas port ; and a controller configured to control the nozzle mechanism to supply the purge gas into the container ;; characterized in that the nozzle mechanism includes a moving mechanism configured to move the nozzle toward or away from the gas port ; and the controller is configured to stop supplying the purge gas into the container based on an arrival of the transportation vehicle to the load position. a transportation conveyor extending to the load position; a nozzle mechanism arranged in a vicinity of the load position, the nozzle mechanism including a nozzle configured to supply a purge gas into the container while connected to the gas port ; and a controller configured to control the nozzle mechanism to supply the purge gas into the container ;; characterized in that the nozzle mechanism includes a moving mechanism configured to move the nozzle toward or away from the gas port ; and the controller is configured to stop supplying the purge gas into the container based on an arrival of the transportation vehicle to the load position.
Method for process monitoring stationary cleaning of at least one production unit for making and/or treating liquid products to be filled, in particular beverages, wherein a cleaning liquid (6-8) is lead through a cleaning circuit extending through the production unit while measuring a parameter (P1, P2) characteristic of the composition of the cleaning liquid in the advance and the return of the cleaning circuit in comparison with each other, wherein measured advance values (VW1, VW2) and return values (RW1, RW2) of the characteristic parameter are allocated, in particular in pairs, volume packets (VP1-VP3) of the cleaning liquid flowing through the cleaning circuit by machine and a progress of the cleaning process and/or a variation of the cleaning liquid caused thereby is evaluated by machine through comparison of the forward values and return values respectively allocated to the volume packets, wherein dwell times of individual volume packets (VP1-VP3) between advance-side and return-side measurements are determined by taking into account both the capacity of sections of the cleaning circuit therebetween and/or filling levels associated therewith as well as based on a volume flow measurement in the main stream of the cleaning liquid (6-8).
A system for increasing cleaner fish health and welfare in sea cages configured for salmon farming or in land-based tanks configured for cleaner fish farming, the system comprising - a sea cage configured for salmon farming or a land-based tank configured for cleaner-fish farming; - a seaweed shelter arranged in the sea cage or in the land-based tank, configured to be a habitat for cleaner fish within the sea cage or the land-based tank, wherein the seaweed shelter comprises - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis. - a sea cage configured for salmon farming or a land-based tank configured for cleaner-fish farming; - a seaweed shelter arranged in the sea cage or in the land-based tank, configured to be a habitat for cleaner fish within the sea cage or the land-based tank, wherein the seaweed shelter comprises - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis. - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis.