mhurhangee/ep-ind-claims huggingface dataset:
An overrunning clutch, comprising: an inner member disposed about a first rotational axis an outer member disposed about said first rotational axis radially outward of said inner member; a plurality of pins projecting from one of a radially inner surface of said outer member and a radially outer surface of said inner member; a first pawl coupled to one of said inner and outer members, said first pawl movable between a first engagement position wherein said first pawl is engaged with a first pin of said plurality of pins to transmit torque between said inner and outer members and a first disengagement position wherein said first pawl is disengaged from said first pin to permit relative rotation of said inner and outer members. an inner member disposed about a first rotational axis an outer member disposed about said first rotational axis radially outward of said inner member; a plurality of pins projecting from one of a radially inner surface of said outer member and a radially outer surface of said inner member; a first pawl coupled to one of said inner and outer members, said first pawl movable between a first engagement position wherein said first pawl is engaged with a first pin of said plurality of pins to transmit torque between said inner and outer members and a first disengagement position wherein said first pawl is disengaged from said first pin to permit relative rotation of said inner and outer members.
Attachment rail intended for mounting a movable leaf of a lift and slide door and intended to be placed on a floor sill element having at least one inclined drainage surface, wherein the attachment rail comprises one or more partial profile sections and at least one water drainage element which is arranged between two partial profile sections or next to at least one partial profile section, characterized in that the water drainage element has on its underside at least one channel or one tunnel which extends transversely with respect to the attachment rail axis and over the entire depth of the water drainage element.
A cleaning article bounded by edges defining an XY plane and a Z-direction perpendicular thereto, a longitudinal axis LA defining a longitudinal direction and a transverse axis TA defining a transverse direction, said cleaning article 10 comprising: a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, a plurality of elongate secondary bond disposed on at least one plurality of tow fibers and having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said secondary bond bridging at least some of said tow fibers, and a plurality of elongate slits through said carrier sheet and said tow fibers, said slits 36 being disposed between a said primary bond and a said secondary bond; characterized in that the cleaning article further comprises a channel on said carrier between said tufts, said channel being free of said tufts, said channel being juxtaposed with said longitudinal axis LA. a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, a plurality of elongate secondary bond disposed on at least one plurality of tow fibers and having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said secondary bond bridging at least some of said tow fibers, and a plurality of elongate slits through said carrier sheet and said tow fibers, said slits 36 being disposed between a said primary bond and a said secondary bond; characterized in that the cleaning article further comprises a channel on said carrier between said tufts, said channel being free of said tufts, said channel being juxtaposed with said longitudinal axis LA.
Method of filling a heating facility with heating medium and/or of removing heating medium from the heating facility, the heating medium being conducted through an actuator (18; 47) of a ball valve, wherein by means of the ball valve for selectively opening, closing and/or controlling, intervention in a flow of the heating medium through the ball valve from an upstream feed line to a downstream drain line through a regulating channel (22; 45) takes place, wherein by means of an actuating element (12; 48) of the actuator (18; 47) within an actuating chamber for unambiguously moving the actuating element (12; 48), the regulating channel (22; 45) is enlarged and reduced in size, and wherein in the open state of an access channel (24; 44) of the ball valve, which can be closed and opened, the regulating channel (22; 45) is opened towards the environment along the actuator (18; 47); characterized in that by means of an exterior or interior thread of the ball valve, made of metal, an access line is tightly attached with the feed and drain lines (14, 16) already connected, so that with the access channel (24; 44) open, this access line is connected to the regulating channel (22; 48) so as to evacuate a pipe section attachable to the rear of the downstream drain line by opening an additional valve arranged at the actuator (18; 47).
A process for preparation of amorphous form of obeticholic acid comprising converting amine salt of obeticholic acid to amorphous form of obeticholic acid.
A generator for driving an end effector coupled to an ultrasonic drive system of a surgical instrument, the generator comprising: a signal processor operative to generate at least one electrical signal; a monitoring circuit configured to monitor the at least one electrical signal against a first set of logic conditions; a trigger circuit configured to trigger a first corresponding response of the generator when the first set of logic conditions is met; and a pulsing circuit coupled to and responsive to the trigger circuit, wherein the pulsing circuit is operative to pulse the power of the generated electrical signal by driving an output as defined by: a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time. a signal processor operative to generate at least one electrical signal; a monitoring circuit configured to monitor the at least one electrical signal against a first set of logic conditions; a trigger circuit configured to trigger a first corresponding response of the generator when the first set of logic conditions is met; and a pulsing circuit coupled to and responsive to the trigger circuit, wherein the pulsing circuit is operative to pulse the power of the generated electrical signal by driving an output as defined by: a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time. a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time.
A bicycle comprising an integrated luggage carrier and a mudguard, wherein the luggage carrier is defined by a profile following the curvature of the mudguard, and wherein the mudguard is attached to at least one mounting position of the luggage carrier, wherein the luggage carrier sits on the upper side of the mudguard and thus the mudguard is attached directly to the profile following the curvature of the mudguard; and wherein the luggage carrier is connected to the rest of the frame of the bicycle by a material bond. wherein the luggage carrier is defined by a profile following the curvature of the mudguard, and wherein the mudguard is attached to at least one mounting position of the luggage carrier, wherein the luggage carrier sits on the upper side of the mudguard and thus the mudguard is attached directly to the profile following the curvature of the mudguard; and wherein the luggage carrier is connected to the rest of the frame of the bicycle by a material bond.
A glass-ceramic article, in particular a glass-ceramic plate intended, for example, for covering or receiving at least one heating element, said article being at least partly coated with at least one layer of an enamel formed from a glass frit having the following composition, the proportions being expressed as weight percentages: SiO 2 45 - 60%, preferably 50 - 58% Al 2 O 3 12 - 22%, preferably 15 - 19% B 2 O 3 12 - 22%, preferably 15 - 19% Li 2 O 0 - 5%, preferably > 0 - 5% Na 2 O 0-2% K 2 O > 2% CaO 0 - 4%, preferably 0 - 2% MgO 0 - 4%, preferably > 0 - 4% ZnO 0 - 4%, preferably > 0 - 4% BaO 0 - 4%, preferably > 0 - 4% ZrO 2 0 - 4%, preferably 0 - 2%, in particular > 0 - 2% TiO 2 0 - 1 %, preferably 0 - 0.5% the sum of the oxides CaO + MgO + BaO + SrO + ZnO moreover being less than or equal to 10%, and preferably being from 2 to 8%.
A measuring vessel comprising: a first body; a first through hole formed through the first body; a second body located in the first through hole; a second through hole formed through the second body; a first connection unit for interconnecting the first body and the second body to define a first storage space between the first through hole and an outer circumferential surface of the second body; and a second connection unit for closing one surface of the second through hole to define a second storage space, characterized in that the first connection unit is configured to connect a lower end of the first body and a lower end of the second body to each other, and the second connection unit is fixed to an upper end of the second body, wherein one selected from between the first storage space and the second storage space is configured to measure an amount of a powder detergent, and the other selected from between the first storage space and the second storage space is configured to measure an amount of a liquid detergent. a first body; a first through hole formed through the first body; a second body located in the first through hole; a second through hole formed through the second body; a first connection unit for interconnecting the first body and the second body to define a first storage space between the first through hole and an outer circumferential surface of the second body; and a second connection unit for closing one surface of the second through hole to define a second storage space, characterized in that the first connection unit is configured to connect a lower end of the first body and a lower end of the second body to each other, and the second connection unit is fixed to an upper end of the second body, wherein one selected from between the first storage space and the second storage space is configured to measure an amount of a powder detergent, and the other selected from between the first storage space and the second storage space is configured to measure an amount of a liquid detergent.
A surgical stringer comprising: a pair of bases (112, 114), each of the pair of bases (112, 114) having a flat bottom surface; a pivot directly coupling the pair of bases (112, 114) together, the pair of bases (112, 114) being rotatable with respect to one another; and a pair of poles (122, 124) parallel with one another, each of the pair of poles (122, 124) being coupled to one of the pair of bases (112, 114) and extending orthogonally thereto, the distance between the pair of poles (122, 124) being variable. a pair of bases (112, 114), each of the pair of bases (112, 114) having a flat bottom surface; a pivot directly coupling the pair of bases (112, 114) together, the pair of bases (112, 114) being rotatable with respect to one another; and a pair of poles (122, 124) parallel with one another, each of the pair of poles (122, 124) being coupled to one of the pair of bases (112, 114) and extending orthogonally thereto, the distance between the pair of poles (122, 124) being variable.
A method for network re-entry of a mobile station in a broadband wireless access communication system, the method comprising the steps of: transmitting (413, 913, 1015), by the mobile station (400, 900, 100), a first message requesting network re-entry to a base station (420, 920, 1020) in order to perform network re-entry to the base station in an idle state in which the mobile station stores session information of a previous active state; receiving, by the mobile station (400, 900, 1000), a second message in response to the request of the network re-entry from the base station, wherein the second message includes information indicating whether at least one process among a plurality of processes of a network re-entry procedure may be omitted or not; and performing, by the mobile station (400, 900, 1000), the network re-entry with the base station (420, 920, 1020). transmitting (413, 913, 1015), by the mobile station (400, 900, 100), a first message requesting network re-entry to a base station (420, 920, 1020) in order to perform network re-entry to the base station in an idle state in which the mobile station stores session information of a previous active state; receiving, by the mobile station (400, 900, 1000), a second message in response to the request of the network re-entry from the base station, wherein the second message includes information indicating whether at least one process among a plurality of processes of a network re-entry procedure may be omitted or not; and performing, by the mobile station (400, 900, 1000), the network re-entry with the base station (420, 920, 1020).
A method for determining a filter change schedule of one or more filters being arranged upstream an air intake inlet of a gas turbine, the method comprising: measuring differential pressure variation across said one or more filters and a time elapsed since a last filter change, the differential pressure variation and the time elapsed each being associated with at least one filter; selecting a prediction period representing a time window in the future for which performance of the gas turbine can be predicted; estimating a future power loss due to increasing differential pressure across the one or more filters caused by the differential pressure variation; predict a performance profile of the gas turbine over the prediction period with filter change and without filter change based on measured power loss or estimated power loss; determining the filter change schedule based on a cost of the filter change, the time elapsed, a cost of the future power loss; and by a filter change optimization controller that interfaces with a distributed control system, controlling the gas turbine by changing at least one operational parameter of the gas turbine including reducing or increasing a load of the gas turbine to optimize the filter change schedule by optimizing the filter change time. measuring differential pressure variation across said one or more filters and a time elapsed since a last filter change, the differential pressure variation and the time elapsed each being associated with at least one filter; selecting a prediction period representing a time window in the future for which performance of the gas turbine can be predicted; estimating a future power loss due to increasing differential pressure across the one or more filters caused by the differential pressure variation; predict a performance profile of the gas turbine over the prediction period with filter change and without filter change based on measured power loss or estimated power loss; determining the filter change schedule based on a cost of the filter change, the time elapsed, a cost of the future power loss; and by a filter change optimization controller that interfaces with a distributed control system, controlling the gas turbine by changing at least one operational parameter of the gas turbine including reducing or increasing a load of the gas turbine to optimize the filter change schedule by optimizing the filter change time.
A musical instrument with a crystalline body arranged on at least one of its components (4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14) with a sound velocity in the solid body of more than 8 000 m/s, wherein the crystalline body is a diamond, characterized in that the musical instrument is a piano or grand piano with an active region consisting of strings, bridge and soundboard, which is directly required for sound generation, and a passive region not directly required for sound generation, which comprises the box angle, the plate wedge located between the cast plate and the box angle, the cast plate, the feet and rollers, and in that the at least one diamond is flatly bonded or embedded directly on the box angle as a component of the passive region and the other side is exposed.
A dust cup assembly, comprising: a negative pressure device configured to suck and blow an airflow; a dedusting device configured to remove dust from the airflow; and a casing comprising a cup body with an open top and a cleaner cover disposed at the top of the cup body, in which the cup body comprises a mounting frame and a dust collecting cup, characterized in that the dedusting device is supported on a top of the mounting frame (Dill), the negative pressure device is mounted to a bottom of the mounting frame (Dill), and the dust collecting cup covers the outside of the negative pressure device and is connected to the mounting frame. a negative pressure device configured to suck and blow an airflow; a dedusting device configured to remove dust from the airflow; and a casing comprising a cup body with an open top and a cleaner cover disposed at the top of the cup body, in which the cup body comprises a mounting frame and a dust collecting cup, characterized in that the dedusting device is supported on a top of the mounting frame (Dill), the negative pressure device is mounted to a bottom of the mounting frame (Dill), and the dust collecting cup covers the outside of the negative pressure device and is connected to the mounting frame.
A method for producing transformer cores by means of a positioning system, sheets (12, 17, 18, 19, 43, 64) of which a transformer core (14, 61) is constructed being stacked on a stacking table (16, 46, 62) by means of a multiaxial robot of the positioning system, said positioning system being controlled by a control device, said robot being controlled by a control apparatus of the control device, said sheets being handled by the robot using a grappling arm and a grappling device of the grappling arm, sheets being collected from a transfer position and being stacked on the stacking table at a transformer core by means of the robot, said sheets being precisely positioned in respective stacking positions on the stacking table by means of a positioning apparatus, characterized in that a position of a first sheet (12, 17, 18, 19, 43, 64) on the stacking table is determined using a measuring device of the positioning apparatus, a stacking position of a second sheet (12, 17, 18, 19, 43, 64) being determined as a function of the position of the first sheet using the control apparatus, said second sheet being positioned in the stacking position by means of the robot.
A method for the cooling of process gas between catalytic layers or beds in a wet gas sulfuric acid plant, in which sulfuric acid is produced from feed gases containing sulfurous components like SO 2, H 2 S, CS 2 and COS or liquid feeds like molten sulfur or spent sulfuric acid, wherein one or more boilers are used to cool the process gas between the catalytic beds in the SO 2 converter of the plant.
A method for recombinant expression of a plant peroxidase, comprising expressing in an Aspergillus host organism a nucleic acid sequence encoding a class III peroxidase from EC 1.11.1.7, wherein the amino acid sequence of the peroxidase comprises the amino acid motifs: HFHDCFV; GCD[A,G]S[V,I][I,L][I,L]; and VSC[A,S]D[I,L][I,L]. HFHDCFV; GCD[A,G]S[V,I][I,L][I,L]; and VSC[A,S]D[I,L][I,L].
A method of producing a catalyst base material, the method comprising dispersing or dissolving a hydrophilic polymer coagulant, which has a particle size of 20 to 50 μm and is able to absorb water to form gel-like particles swollen 300 to 500 times that of the self-weight, as a first component, a water-soluble thickener as a second component, a colloidal inorganic binder as a third component and an inorganic fiber as a fourth component in water to form a catalytic slurry or paste, supporting the catalytic slurry or paste on a net-like substrate such that the meshes of the net-like substrate are filled up with the slurry or paste, by drying and/or calcinating the substrate.
Platform weighing scale with a platform (2, 100), which has a receiving surface for receiving the goods to be weighed, wherein the length and the breadth of the platform are a multiple of the thickness of the platform and the receiving surface lies in a receiving plane which is spanned by the length and the breadth of the receiving surface, and has at least one, preferably several load cells (7, 8, 9, 10) for determining the weight of the goods to be weighed, wherein the platform has a frame structure for stiffening the platform, and wherein the frame structure has several reinforcing struts (31, 32, 33, 80) running parallel with the receiving plane and transverse across the receiving surface or along the side of the receiving surface, wherein a reinforcing strut is an edge profile comprising several folded edges parallel with each other, characterised in that several of the reinforcing struts (31, 32, 33) form a cross and the reinforcing struts (31, 32, 33) have recesses for mutual engagement.
An apparatus for the in vitro preparation of a tissue prosthesis for repairing or reconstructing a tympanic membrane, comprising a tube in which a support for mesenchymal stem cells is placed having the edges blocked between two rings and provided with first magnetic means, an external motor and second magnetic means, said apparatus being characterised in that said first magnetic means are suitable for interacting with said second external magnetic means moved by said external motor alternately upwards and downwards, for a predetermined distance and time, so that such interaction determines: the anchoring of said rings to the inner walls of said tube with the rings plane perpendicular to the longitudinal axis of the tube, and a continuous motion of said rings and, and consequently of said support, along said axis of the tube, alternately upwards and downwards, for said predetermined distance and time.