mhurhangee/patent-ind-claim-en huggingface dataset:
Pump for circulating a fluid intended for a hydraulic installation comprising: a pump body comprising a circulation zone arranged to circulate a fluid from a suction opening to a discharge opening, an electric motor comprising a movable part and a fixed part , said part mobile comprising a rotor housed in a carrier tube sealed vis-a-vis the circulation area, and said fixed part comprising a stator housed in a frame integral with the body pump, the carrier tube being closed at one of its ends and connected in a sealed manner vis-a-vis the circulation zone by the other of its ends to a wall closing the carcass (3 1), so as to form a sealed chamber vis-a-vis the circulation zone delimited by the carcass , the carrier tube and the wall , said chamber comprising an element of which at least a determined part is liable to deform or move under the effect of the pressure exerted owed by a fluid circulating in the circulation area, an electronic control configured to control the electric motor, at least one sensor connected to the electronic control , arranged inside the chamber, and able to measure, directly or indirectly, a displacement or a deformation of said determined part , without contact with a fluid circulating in the circulation zone, characterized in that the electronic control is configured to transform a measurement value received from the sensor into a distance (d), to compare said distance (d) with a reference distance and to transform a distance deviation from the reference distance into a pressure value of a fluid circulating in the circulation zone. a pump body comprising a circulation zone arranged to circulate a fluid from a suction opening to a discharge opening, an electric motor comprising a movable part and a fixed part , said part mobile comprising a rotor housed in a carrier tube sealed vis-a-vis the circulation area, and said fixed part comprising a stator housed in a frame integral with the body pump, the carrier tube being closed at one of its ends and connected in a sealed manner vis-a-vis the circulation zone by the other of its ends to a wall closing the carcass (3 1), so as to form a sealed chamber vis-a-vis the circulation zone delimited by the carcass , the carrier tube and the wall , said chamber comprising an element of which at least a determined part is liable to deform or move under the effect of the pressure exerted owed by a fluid circulating in the circulation area, an electronic control configured to control the electric motor, at least one sensor connected to the electronic control , arranged inside the chamber, and able to measure, directly or indirectly, a displacement or a deformation of said determined part , without contact with a fluid circulating in the circulation zone, characterized in that the electronic control is configured to transform a measurement value received from the sensor into a distance (d), to compare said distance (d) with a reference distance and to transform a distance deviation from the reference distance into a pressure value of a fluid circulating in the circulation zone.
Method for producing hygiene articles, each having an absorber core which is provided on the upper and lower sides thereof with one or more layers of material webs , in which method a portioned material stream , formed from a mixture provided for forming the absorber cores , is provided in each case with a glued material web , firstly on the upper side and then on the lower side, wherein the material stream provided with the upper-side material web is transported by means of a transport means, arranged on the upper side, to a feed station for the lower-side material web and, during this transport, is supported below by a travelling screen belt .
Method for remotely controlling an automatic manoeuvre of a motor vehicle by means of a remote control device comprising a plurality of control members controlling functions of the motor vehicle , the automatic manoeuvre being triggered by actuating the control members of the remote control device according to a predetermined sequence, the method being characterized in that the predetermined sequence comprises the following successive operations: - actuating a first control member ; - actuating a second control member before the expiry of a first predetermined delay; the first control member and the second control member being pushbuttons, the first control member being kept pressed for a time greater than a first predetermined time, the first predetermined delay beginning when the first control member is released. - actuating a first control member ; - actuating a second control member before the expiry of a first predetermined delay;
A node capacity expansion method in a storage system, wherein the storage system comprises a first node, and the method comprises: configuring (S701) a data partition group and a metadata partition group of the first node, wherein the data partition group comprises a plurality of data partitions, the metadata partition group comprises a plurality of metadata partitions, wherein metadata of data corresponding to the data partition group is a subset of metadata corresponding to the metadata partition group, wherein the method further comprises: when a second node is added to the storage system (S702), splitting the metadata partition group into at least two metadata partition subgroups; and migrating (S703) a first metadata partition subgroup in the at least two metadata partition subgroups and metadata corresponding to the first metadata partition subgroup to the second node, wherein the metadata of the data corresponding to the data partition group is a subset of metadata corresponding to any one of the at least two metadata partition subgroups. configuring (S701) a data partition group and a metadata partition group of the first node, wherein the data partition group comprises a plurality of data partitions, the metadata partition group comprises a plurality of metadata partitions, wherein metadata of data corresponding to the data partition group is a subset of metadata corresponding to the metadata partition group, wherein the method further comprises: when a second node is added to the storage system (S702), splitting the metadata partition group into at least two metadata partition subgroups; and migrating (S703) a first metadata partition subgroup in the at least two metadata partition subgroups and metadata corresponding to the first metadata partition subgroup to the second node, wherein the metadata of the data corresponding to the data partition group is a subset of metadata corresponding to any one of the at least two metadata partition subgroups. when a second node is added to the storage system (S702), splitting the metadata partition group into at least two metadata partition subgroups; and migrating (S703) a first metadata partition subgroup in the at least two metadata partition subgroups and metadata corresponding to the first metadata partition subgroup to the second node, wherein the metadata of the data corresponding to the data partition group is a subset of metadata corresponding to any one of the at least two metadata partition subgroups.
An extracellular matrix material, comprising: a cross-linked scaffold comprising fibrin or fibrinogen, and a bulking agent, wherein the fibrin or fibrinogen and the bulking agent are cross-linked, and the bulking agent is cross-linked to the fibrin or fibrinogen, and a ceramic deposited on the scaffold, optionally wherein the ceramic is, or comprises, a calcium phosphate mineral phase. a cross-linked scaffold comprising fibrin or fibrinogen, and a bulking agent, wherein the fibrin or fibrinogen and the bulking agent are cross-linked, and the bulking agent is cross-linked to the fibrin or fibrinogen, and a ceramic deposited on the scaffold, optionally wherein the ceramic is, or comprises, a calcium phosphate mineral phase.
An alkyl-modified carboxyl group-containing copolymer being a copolymer of 100 parts by mass of a (meth)acrylic acid, 1.5 to 4.5 parts by mass of an alkyl (meth)acrylate ester having an alkyl group having 18 to 24 carbon atoms, and 0 to 0.1 parts by mass of a compound having two or more ethylenically unsaturated groups, the alkyl-modified carboxyl group-containing copolymer comprising 1.5 to 4.5 parts by mass of a nonionic surfactant.
A treatment process for wastewater comprising a chemical oxygen demand (COD) concentration and a total dissolved solids (TDS) concentration of 10 to 200 g/L therein, the process comprising: a) subjecting the wastewater to wet air oxidation to remove an amount of COD from the wastewater and generate a first treated stream comprising a first reduced COD concentration and the TDS concentration of 10 to 200 g/L; (b) subjecting the first treated stream to a biological process in a bioreactor comprising an amount of biomass and powdered activated carbon therein, wherein the biological process generates a second treated stream comprising at least a second reduced COD concentration, wherein a weight ratio of the powdered activated carbon to biomass in the bioreactor is from 3:1 ± 1% to 5:1 ± 1%. a) subjecting the wastewater to wet air oxidation to remove an amount of COD from the wastewater and generate a first treated stream comprising a first reduced COD concentration and the TDS concentration of 10 to 200 g/L; (b) subjecting the first treated stream to a biological process in a bioreactor comprising an amount of biomass and powdered activated carbon therein, wherein the biological process generates a second treated stream comprising at least a second reduced COD concentration, wherein a weight ratio of the powdered activated carbon to biomass in the bioreactor is from 3:1 ± 1% to 5:1 ± 1%.
Dishwasher, in particular a household dishwasher, having a wash container, in which at least one rack for holding items to be washed and/or dried is disposed, which can be pulled out of the wash container on at least two lateral guide rails , which are fitted with a guide element disposed in a longitudinally movable manner therein, whose capacity for longitudinal movement along the guide rail is limited by a stop provided on the guide rail which in a first position (X) projects into the guide path of the guide rail , thereby inhibiting the pull-out movement of the rack, characterised in that - the stop is embodied as a plastic moulded part in the form of an end clamp which is slid overall onto an end side of the guide rail , and - the stop , when it is struck counter to the pull-out direction out of the guide path , can be pushed into a second position (Y) and, when it is struck in the pull-out direction of the rack in the guide path , is fixed. - the stop is embodied as a plastic moulded part in the form of an end clamp which is slid overall onto an end side of the guide rail , and - the stop , when it is struck counter to the pull-out direction out of the guide path , can be pushed into a second position (Y) and, when it is struck in the pull-out direction of the rack in the guide path , is fixed.
Hydraulically damping rubber bearing having an essentially hollow-cylindrical inner part and having an outer part which is arranged at a predefined distance therefrom, the outer part being connected to the inner part via an elastic connection part arranged between the inner part and the outer part , and having a first hydraulic damping circuit with at least two first fluid chambers which are in fluid communication via a first flow connection and which have a damping effect in a predefined direction, wherein the rubber bearing has a second hydraulic damping circuit which provides a damping effect in the same direction as the first hydraulic damping circuit, wherein the second hydraulic damping circuit has at least two second fluid chambers which are in fluid communication via a second flow connection, characterised in that in each case one of the at least two second fluid chambers is arranged on the lateral surface of the rubber bearing between two first fluid chambers .
-Auxiliary device for guiding a portable rotary drill (A) and for suctioning dust and scraps generated by drilling or countersinking operations performed by the drill (A), said auxiliary device including: - a first and a second operating unit , which are configured to be arranged on opposite sides of an element (D) or of a plurality of elements (C, D) to be drilled, stacked at least partially together, and define respectively a first and a second through channel placed in use coaxially with each other to be engaged by a tip (P) of said drill (A); - adjustable distance constraint means connecting said first and second operating units ; - actuating means for selectively actuating said constraint means to adjust the distance between the first and second operating units at a value related to or corresponding to the thickness of the element (D) or of the elements (C, D) to be drilled; and - a channeling system connecting said first and second channel of said first and second operating unit with a suction source to allow the suction of dust and scraps generated by said drill (A) ; wherein said constrain means comprise telescopic coupling means between said first and said second operating unit ; and wherein said telescopic coupling means comprise two telescopically sliding rectilinear elements parallel to said first and second channel and each rigidly connected with a respective one of said first and second operating units ; characterized in that said actuating means comprise an actuating bar interposed between said first and second operating units so that it is possible to actuate said constraining means from a single side of the auxiliary device itself. - a first and a second operating unit , which are configured to be arranged on opposite sides of an element (D) or of a plurality of elements (C, D) to be drilled, stacked at least partially together, and define respectively a first and a second through channel placed in use coaxially with each other to be engaged by a tip (P) of said drill (A); - adjustable distance constraint means connecting said first and second operating units ; - actuating means for selectively actuating said constraint means to adjust the distance between the first and second operating units at a value related to or corresponding to the thickness of the element (D) or of the elements (C, D) to be drilled; and - a channeling system connecting said first and second channel of said first and second operating unit with a suction source to allow the suction of dust and scraps generated by said drill (A) ; wherein said constrain means comprise telescopic coupling means between said first and said second operating unit ; and wherein said telescopic coupling means comprise two telescopically sliding rectilinear elements parallel to said first and second channel and each rigidly connected with a respective one of said first and second operating units ; characterized in that said actuating means comprise an actuating bar interposed between said first and second operating units so that it is possible to actuate said constraining means from a single side of the auxiliary device itself.
A method for performing a random access procedure by a wireless device operating in a wireless communication system, the method comprising: receiving, from a network, a configuration of physical random access channel, PRACH, resources; triggering (S1800) the random access procedure; activating a first uplink, UL, bandwidth part, BWP, to be an active UL BWP for the wireless device; activating a first downlink, DL, BWP to be an active DL BWP for the wireless device; based on the PRACH resources for the random access procedure not being configured in the active UL BWP: (i) switching (S1810) the active UL BWP from the first UL BWP to an initial UL BWP, and (ii) switching (S1820) the active DL BWP from the first DL BWP to an initial DL BWP; performing (S1830) a PRACH transmission, to the network, in the active UL BWP which has been switched to the initial UL BWP; and receiving (S1840), from the network, a random access response in the active DL BWP which has been switched to the initial DL BWP, in response to the PRACH transmission. receiving, from a network, a configuration of physical random access channel, PRACH, resources; triggering (S1800) the random access procedure; activating a first uplink, UL, bandwidth part, BWP, to be an active UL BWP for the wireless device; activating a first downlink, DL, BWP to be an active DL BWP for the wireless device; based on the PRACH resources for the random access procedure not being configured in the active UL BWP: (i) switching (S1810) the active UL BWP from the first UL BWP to an initial UL BWP, and (ii) switching (S1820) the active DL BWP from the first DL BWP to an initial DL BWP; performing (S1830) a PRACH transmission, to the network, in the active UL BWP which has been switched to the initial UL BWP; and receiving (S1840), from the network, a random access response in the active DL BWP which has been switched to the initial DL BWP, in response to the PRACH transmission.
Device for identifying at least one floor area (12, 12.1, 12.2) of a three-dimensional room to be superimposed with a floor decor, characterized in that the device comprises: - a raster module (2.1) configured to divide provided three-dimensional image data of the room into a plurality of sub-areas (22.1, 22.2) by superimposing the three-dimensional image data with a raster, - an evaluation module (2.2) configured to determine at least one room parameter value of a plurality of adjacent sub-areas (22.1, 22.2) from provided image coordinate data of the three-dimensional image data of the adjacent sub-areas (22.1, 22.2), wherein as a room parameter value a slope is determined from the at least two height data of the adjacent sub-areas determinable from the image coordinate data, - a comparison module (2.3) configured to compare the determined room parameter value of the adjacent sub-areas (22.1, 22.2) with a comparison room parameter value in the form of a comparison total slope, and - an identification module (2.4) configured to identify the adjacent sub-areas (22.1, 22.2) as at least part of a floor region (12, 12.2, 12.2) when the slope of the adjacent sub-areas (22.1, 22.2) is below the comparison total slope, and - an image processing module (2.7) configured to superimpose the at least one identified floor region (12, 12.1, 12.2) of the three-dimensional image data of the room with at least one floor decor. - a raster module (2.1) configured to divide provided three-dimensional image data of the room into a plurality of sub-areas (22.1, 22.2) by superimposing the three-dimensional image data with a raster, - an evaluation module (2.2) configured to determine at least one room parameter value of a plurality of adjacent sub-areas (22.1, 22.2) from provided image coordinate data of the three-dimensional image data of the adjacent sub-areas (22.1, 22.2), wherein as a room parameter value a slope is determined from the at least two height data of the adjacent sub-areas determinable from the image coordinate data, - a comparison module (2.3) configured to compare the determined room parameter value of the adjacent sub-areas (22.1, 22.2) with a comparison room parameter value in the form of a comparison total slope, and - an identification module (2.4) configured to identify the adjacent sub-areas (22.1, 22.2) as at least part of a floor region (12, 12.2, 12.2) when the slope of the adjacent sub-areas (22.1, 22.2) is below the comparison total slope, and - an image processing module (2.7) configured to superimpose the at least one identified floor region (12, 12.1, 12.2) of the three-dimensional image data of the room with at least one floor decor.
An expandable cage for insertion into an intervertebral space characterized in that it comprises: a cage body having an upper portion and a lower portion , the upper portion comprising a substantially planar upper portion outer surface and an upper portion inner surface and the lower portion comprising a substantially planar lower portion outer surface and a lower portion inner surface , wherein the upper portion and lower portion are hingedly connected to one another at a hinge configured to permit vertical movement of the upper portion relative to the lower portion while also permitting the upper portion and the lower portion to rotate about the hinge, thereby changing the angle of the upper portion relative to the lower portion , and wherein the upper portion and the lower portion define an internal passage therebetween; and an expander at least partially positioned therebetween the upper portion and the lower portion and in the internal passage , wherein the expander is configured to move proximally relative to the upper and lower portions from a first position to a second position, the expander comprising a distal nose portion to facilitate insertion into the internal passage , wherein in the first position, the expandable cage is unexpanded and the distal nose portion extends at least partially distally past a distal end of the cage body , and wherein in the second position, the expandable cage is expanded, increasing the space between the upper portion outer surface and the lower portion outer surface.
A combustor for a gas turbine , comprising: an axial fuel stage fuel injector ; and a passively-actuated valve for selectively directing a supply of fuel to the axial fuel stage fuel injector based on a characteristic of the fuel ; characterized in that : the passively-actuated valve comprises a thermally-actuated valve, and the characteristic of the fuel comprises a temperature of the fuel . an axial fuel stage fuel injector ; and a passively-actuated valve for selectively directing a supply of fuel to the axial fuel stage fuel injector based on a characteristic of the fuel ; characterized in that : the passively-actuated valve comprises a thermally-actuated valve, and the characteristic of the fuel comprises a temperature of the fuel .
A method for noise distribution shaping of a data modulated Code Division Multiple Access, CDMA, signal, comprising: separating (S701) the data modulated CDMA signal onto a first and second channel, wherein the first channel comprises an adaptive blanker; correlating (S702) the data modulated CDMA signal on the second channel with a replica having the same chip sequence of the CDMA signal and being shifted by a predefined phase; extracting (S703) from the correlation result a sign of a symbol included in the data; and modifying (S704) the noise distribution of the data modulated CDMA signal on the first channel by applying blanking of the data modulated CDMA signal under control of the adaptive blanker, wherein the adaptive blanker has upper and lower blanking thresholds and the upper and lower blanking thresholds are adjusted based on the extracted sign of the symbol. separating (S701) the data modulated CDMA signal onto a first and second channel, wherein the first channel comprises an adaptive blanker; correlating (S702) the data modulated CDMA signal on the second channel with a replica having the same chip sequence of the CDMA signal and being shifted by a predefined phase; extracting (S703) from the correlation result a sign of a symbol included in the data; and modifying (S704) the noise distribution of the data modulated CDMA signal on the first channel by applying blanking of the data modulated CDMA signal under control of the adaptive blanker, wherein the adaptive blanker has upper and lower blanking thresholds and the upper and lower blanking thresholds are adjusted based on the extracted sign of the symbol.