mhurhangee/patent-ind-claim-en huggingface dataset:
A counterweight system for mounting a rotor blade on a balanced rotatable rotor hub of a wind turbine , the rotatable rotor hub mounted to a nacelle and having at least one blade root region configured to receive a blade root of the rotor blade, wherein the rotor hub is rotatable around an axial centerline and a pitch system configured to rotate the rotor blade around a pitch axis , the counterweight system comprising; at least one support structure comprising a proximal end spaced apart from a distal end , the proximal end mountable to at least one blade root region of the rotatable rotor hub , at least one counterweight mass coupled to the distal end of the at least one support structure , the at least one support structure suitable to be arranged substantially parallel to the pitch axis such that the pitch system can rotate the counterweight mass about the pitch axis , and the counterweight mass is at least partially fillable with fluid or solid mass portions, wherein the counterweight mass is configured to rotate its center of mass in a radial direction with respect to the axial centerline of the rotor hub, when the counterweight mass is rotated about the pitch axis by repositioning the fluid or solid mass of the counterweight mass as it rotates about the pitch axis to change the length of a counterweight mass moment arm about the axial centerline of the rotatable hub, and wherein an axial centerline of the counterweight mass is not perpendicular to the pitch axis to deliver non-perpendicular rotation about the pitch axis of the center of mass of the counterweight mass. at least one support structure comprising a proximal end spaced apart from a distal end , the proximal end mountable to at least one blade root region of the rotatable rotor hub , at least one counterweight mass coupled to the distal end of the at least one support structure , the at least one support structure suitable to be arranged substantially parallel to the pitch axis such that the pitch system can rotate the counterweight mass about the pitch axis , and the counterweight mass is at least partially fillable with fluid or solid mass portions, wherein the counterweight mass is configured to rotate its center of mass in a radial direction with respect to the axial centerline of the rotor hub, when the counterweight mass is rotated about the pitch axis by repositioning the fluid or solid mass of the counterweight mass as it rotates about the pitch axis to change the length of a counterweight mass moment arm about the axial centerline of the rotatable hub, and wherein an axial centerline of the counterweight mass is not perpendicular to the pitch axis to deliver non-perpendicular rotation about the pitch axis of the center of mass of the counterweight mass.
Lifting assembly (H) for waste water, in particular underfloor lifting assembly, comprising a container and a pressure tube (D) mounted sidewardly in sealed fashion in a wall of the container , with a section of the pressure tube (D) situated in the interior of the container , with which section a pressure tube structure of a pump (P) installed in the container can be connected via a backflow-preventer , and with a section of the pressure tube (D) situated outside of the container , with which section a discharge line (L) is to be connected, characterized in that for installing and removing the backflow-preventer including a seat ring and a flap , a rotatably arranged eccentric lever is provided on the section of the pressure tube (D) situated in the interior of the container , the eccentric lever being engageable at a projection of the backflow-preventer , and that at the section of the pressure tube (D) situated in the interior of the container and opposite to the eccentric lever an insertion pocket is formed for at least one pin of the backflow-preventer .
A composite semipermeable membrane comprising: a microporous support layer; a separation functional layer arranged on the microporous support layer; and a coating layer arranged on the separation functional layer, wherein the separation functional layer comprises a crosslinked aromatic polyamide which is a polycondensate of a polyfunctional aromatic amine and a polyfunctional aromatic acid chloride, and the coating layer comprises an aliphatic polymer having a structure represented by the following formula (I): wherein V is at least one structure selected from the structure group (i), W is at least one structure selected from the structure group (ii), and r is an integer of 2 or more; wherein n is an integer of 1 or more and 100 or less, x and y are integers of 1 or more and 50 or less, and R refers to a methyl group; wherein at least one of X's is a fluorine atom, and the other X or X's are a hydrogen atom, and p and q are integers of 1 or more and 10 or less. a microporous support layer; a separation functional layer arranged on the microporous support layer; and a coating layer arranged on the separation functional layer, wherein the separation functional layer comprises a crosslinked aromatic polyamide which is a polycondensate of a polyfunctional aromatic amine and a polyfunctional aromatic acid chloride, and the coating layer comprises an aliphatic polymer having a structure represented by the following formula (I): wherein V is at least one structure selected from the structure group (i), W is at least one structure selected from the structure group (ii), and r is an integer of 2 or more; wherein n is an integer of 1 or more and 100 or less, x and y are integers of 1 or more and 50 or less, and R refers to a methyl group; wherein at least one of X's is a fluorine atom, and the other X or X's are a hydrogen atom, and p and q are integers of 1 or more and 10 or less.
A method comprising; transmitting, by a wireless device, a message comprising semi persistent scheduling, SPS, assistance information comprising: a logical channel identity associated with an SPS traffic; and a message size associated with the SPS traffic; and receiving, in response to the SPS assistance information, an activation command indicating an activation of an SPS grant, wherein one or more parameters in the SPS grant are based on the SPS assistance information. transmitting, by a wireless device, a message comprising semi persistent scheduling, SPS, assistance information comprising: a logical channel identity associated with an SPS traffic; and a message size associated with the SPS traffic; and a logical channel identity associated with an SPS traffic; and a message size associated with the SPS traffic; and receiving, in response to the SPS assistance information, an activation command indicating an activation of an SPS grant, wherein one or more parameters in the SPS grant are based on the SPS assistance information.
A method for charging raw materials into a blast furnace, the blast furnace including a bell-less charging device that includes a plurality of main hoppers and an auxiliary hopper at a furnace top portion, the auxiliary hopper having a smaller capacity than the main hoppers, the method comprising discharging ore (x) charged in at least one of the plurality of main hoppers, the ore (x) having a JIS reducibility index ,RI, of greater than 55%, and then sequentially charging the ore (x) from a furnace center side toward a furnace wall side by using a rotating chute , wherein after charging of the ore (x) is started, only the ore (x) is charged from the rotating chute at least until charging of 45 mass% of the ore (x) is completed based on a total amount of the ore (x) to be charged per batch; then, at a point in time, discharging of low-reactivity ore (y) charged in the auxiliary hopper is started, the low-reactivity ore (y) having a JIS reducibility index (RI) of 55% or less; and then, the low-reactivity ore (y) is charged together with the ore (x) from the rotating chute for a time period. the method comprising discharging ore (x) charged in at least one of the plurality of main hoppers, the ore (x) having a JIS reducibility index ,RI, of greater than 55%, and then sequentially charging the ore (x) from a furnace center side toward a furnace wall side by using a rotating chute , wherein after charging of the ore (x) is started, only the ore (x) is charged from the rotating chute at least until charging of 45 mass% of the ore (x) is completed based on a total amount of the ore (x) to be charged per batch; then, at a point in time, discharging of low-reactivity ore (y) charged in the auxiliary hopper is started, the low-reactivity ore (y) having a JIS reducibility index (RI) of 55% or less; and then, the low-reactivity ore (y) is charged together with the ore (x) from the rotating chute for a time period.
A speaker apparatus , comprising: a first plurality of speakers , arranged at an interval in a row, where acoustic energy radiation generated by the first plurality of speakers is greater in a first zone (I) than in a second zone (II) in a first frequency range; and a second plurality of speakers , symmetrically disposed at two lateral sides of the row of the first plurality of speakers and having openings at the two lateral sides that face outward in side directions that extend parallel to the row, where acoustic energy radiation generated by the second plurality of speakers is greater in a third zone (III) than in a fourth zone (IV) in a second frequency range; wherein the first frequency range overlaps with the second frequency range, wherein the first zone (I) covers a lateral side area of the row of the first plurality of speakers , the second zone (II) covers an area in front or back of the row of the first plurality of speakers , the third zone (III) covers an area where the openings of the second plurality of speakers face, and the fourth zone (IV) covers a lateral side area of the second plurality of speakers . a first plurality of speakers , arranged at an interval in a row, where acoustic energy radiation generated by the first plurality of speakers is greater in a first zone (I) than in a second zone (II) in a first frequency range; and a second plurality of speakers , symmetrically disposed at two lateral sides of the row of the first plurality of speakers and having openings at the two lateral sides that face outward in side directions that extend parallel to the row, where acoustic energy radiation generated by the second plurality of speakers is greater in a third zone (III) than in a fourth zone (IV) in a second frequency range; wherein the first frequency range overlaps with the second frequency range, wherein the first zone (I) covers a lateral side area of the row of the first plurality of speakers , the second zone (II) covers an area in front or back of the row of the first plurality of speakers , the third zone (III) covers an area where the openings of the second plurality of speakers face, and the fourth zone (IV) covers a lateral side area of the second plurality of speakers .
A polymeric system for release of an active agent, having a first polymeric phase comprising polyethylene glycol (PEG) and containing the active agent as a PEG-conjugated active agent, said first polymeric phase forming discrete regions of a set size range and being dispersed within a second polymeric phase comprising a cross-linked polysaccharide-phenol conjugate for release of the active agent therein.
A motor with decelerator comprising: an electric motor including: a pair of brushes disposed at both sides with a commutator , which is installed in an armature , sandwiched therebetween and in sliding contact with the commutator to feed power; a pair of brush holders configured to accommodate the pair of brushes to advance and retreat with respect to the commutator ; and holder stays configured to support the brush holders , the brush holders and the holder stays being integrally formed with each other by resin; a gear casing integrally attached to the electric motor ; and a deceleration mechanism accommodated in the gear casing and connected to a rotary shaft of the electric motor , wherein an accommodating concave section configured to accommodate the holder stays and the brush holder is formed at the gear casing , the accommodating concave section is configured to attach the holder stay and the brush holder , characterized in that , electromagnetic shields configured to suppress influence of electromagnetic noise are installed at the outsides of the holder stays , the holder stays are divided to correspond to the brush holders respectively, and the electromagnetic shields are divided to correspond to the holder stays respectively. an electric motor including: a pair of brushes disposed at both sides with a commutator , which is installed in an armature , sandwiched therebetween and in sliding contact with the commutator to feed power; a pair of brush holders configured to accommodate the pair of brushes to advance and retreat with respect to the commutator ; and holder stays configured to support the brush holders , the brush holders and the holder stays being integrally formed with each other by resin; a gear casing integrally attached to the electric motor ; and a deceleration mechanism accommodated in the gear casing and connected to a rotary shaft of the electric motor , wherein an accommodating concave section configured to accommodate the holder stays and the brush holder is formed at the gear casing , the accommodating concave section is configured to attach the holder stay and the brush holder , characterized in that , electromagnetic shields configured to suppress influence of electromagnetic noise are installed at the outsides of the holder stays , the holder stays are divided to correspond to the brush holders respectively, and the electromagnetic shields are divided to correspond to the holder stays respectively.
An apparatus for the treatment of stress urinary incontinence, comprising: a sling body having an intermediate portion , a first end portion and a second end portion , the intermediate portion being disposed between the first end portion and the second end portion, the intermediate portion having a larger width (W 1 ) than the maximum width (W 2 ) of the first end portion and the maximum width (W 2 ) of the second end portion, wherein the width is measured in a direction perpendicular to the longitudinal axis of the sling body, the intermediate portion having a first surface portion and a second surface portion opposite the first surface portion, and a suture wherein the suture extends through the sling body, the suture being woven through the first end portion and the second end portion and extending across a first surface portion of the intermediate portion, and wherein the suture provides a single adjustment loop proximate the intermediate portion for postoperative adjustment, the adjustment loop extending through an opening and protruding from the second surface portion. a sling body having an intermediate portion , a first end portion and a second end portion , the intermediate portion being disposed between the first end portion and the second end portion, the intermediate portion having a larger width (W 1 ) than the maximum width (W 2 ) of the first end portion and the maximum width (W 2 ) of the second end portion, wherein the width is measured in a direction perpendicular to the longitudinal axis of the sling body, the intermediate portion having a first surface portion and a second surface portion opposite the first surface portion, and a suture wherein the suture extends through the sling body, the suture being woven through the first end portion and the second end portion and extending across a first surface portion of the intermediate portion, and wherein the suture provides a single adjustment loop proximate the intermediate portion for postoperative adjustment, the adjustment loop extending through an opening and protruding from the second surface portion.
A spark gap device , comprising: a first electrode having a first surface ; a second electrode having a second surface offset from and facing the first surface ; and a discharge probe configured to emit light toward the first surface such that photons emitted by the discharge probe when the spark gap device is operated are incident on the first surface and cause electron emission from the first surface ; wherein the first electrode and the second electrode are disposed in a sealed envelope , wherein the discharge probe is positioned exterior to the sealed envelope , characterized in that : the discharge probe is configured also to emit the light toward the second surface . a first electrode having a first surface ; a second electrode having a second surface offset from and facing the first surface ; and a discharge probe configured to emit light toward the first surface such that photons emitted by the discharge probe when the spark gap device is operated are incident on the first surface and cause electron emission from the first surface ; wherein the first electrode and the second electrode are disposed in a sealed envelope , wherein the discharge probe is positioned exterior to the sealed envelope ,
Composition comprising lignin directly dispersed in a polyisocyanate characterised in that the d90 mean particle size distribution of the dispersed lignin is less than 5 μm, measured by using a Zehntner- Grindometer ZGR2021, wherein at least 50 % of the dispersed lignin particles have a particle size of at least 500 nm using a Zeiss Jenavert Interphako microscope 5 equipped with a DeltaPix camera, and wherein the amount of lignin dispersed in said polyisocyanate is between 1 and 25 wt %.
Topical mucoadhesive compositions comprising hyaluronic acid or a salt thereof, choline alfoscerate, ascorbyl palmitate at a concentration ranging between 0.050% w/w and 0.0004% w/w, and at least one pharmaceutically acceptable excipient or carrier.
A rail vehicle having a device for pedestrian protection in the event of a collision with the front of the vehicle, said device being arranged on the underside of the rail vehicle front, the device consisting of at least one structure which can be inflated by means of a gaseous medium in order to remain dimensionally stable during the time it takes to bring the vehicle to a standstill, characterised in that the structure consists of a metallic membrane material which has a mesh-like wire structure , the mesh-like wire structure being formed in one or more layers and having inner and/or outer protective layers made of elastic materials and extending over part or all of the surface area.
A computer-implemented method for a vehicle and for verifying a proposed route, the method using, at the vehicle , a control module and one or more interfaces configured to communicate in a mobile communication system for determining an exceptional traffic situation based on an environmental model of the vehicle , wherein the environmental model of the vehicle comprises a digital representation of the environment of the vehicle and wherein the exceptional traffic situation indicates an obstacle in the way of the vehicle and that passing the obstacle would require passing through a forbidden area; transmitting information related to the exceptional traffic situation to a network component using the mobile communication system ; receiving the proposed route from the network component using the mobile communication system ; verifying the proposed route based on the environmental model of the vehicle , wherein the verifying comprises carrying out a consistency check on the proposed route based on the environmental model of the vehicle ; and determining one or more route versions resolving the exceptional traffic situation based on the environmental model of the vehicle , wherein a route version is related to a confidence level, which indicates a confidence on whether the route version solves the exceptional traffic situation, wherein the verifying comprises comparing the proposed route to the one or more route versions, wherein the verifying is considered successful if a confidence level for a route version corresponding to the proposed route is above a predefined threshold. transmitting information related to the exceptional traffic situation to a network component using the mobile communication system ; receiving the proposed route from the network component using the mobile communication system ; verifying the proposed route based on the environmental model of the vehicle , wherein the verifying comprises carrying out a consistency check on the proposed route based on the environmental model of the vehicle ; and determining one or more route versions resolving the exceptional traffic situation based on the environmental model of the vehicle , wherein a route version is related to a confidence level, which indicates a confidence on whether the route version solves the exceptional traffic situation, wherein the verifying comprises comparing the proposed route to the one or more route versions, wherein the verifying is considered successful if a confidence level for a route version corresponding to the proposed route is above a predefined threshold.
A printer comprising: an ink tank having a mark (MK) at a side surface of the ink tank; a print head performing printing by using ink in the ink tank; a photoelectric conversion device provided outside the side surface having the mark among side surfaces of the ink tank, and detecting light from the ink tank in a period during which a light source emits light; and characterized by a processing unit configured to determine a position of an interface of the ink based on an output of the photoelectric conversion device and configured to detect an amount of ink in the ink tank based on an interval between a position of the mark and the position of the interface. an ink tank having a mark (MK) at a side surface of the ink tank; a print head performing printing by using ink in the ink tank; a photoelectric conversion device provided outside the side surface having the mark among side surfaces of the ink tank, and detecting light from the ink tank in a period during which a light source emits light; and characterized by a processing unit configured to determine a position of an interface of the ink based on an output of the photoelectric conversion device and configured to detect an amount of ink in the ink tank based on an interval between a position of the mark and the position of the interface.