mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, comprising receiving, by a terminal, multiple sets of control signaling configuration, wherein the multiple sets of control signaling configuration have a one to one correspondence to multiple physical downlink control channel, PDCCH, detection capabilities of the terminal, the control signaling configuration is used to determine at least one of the following: a search space, a control resource set, CORESET, and a candidate PDCCH, and each of the multiple PDCCH detection capabilities comprises at least one of the following: a first capability, the first capability referring to a maximum number of monitored PDCCH candidates supported by the terminal in a first time window; a second capability, the second capability referring to a maximum number of non-overlapped control channel elements, CCE, for channel estimation supported by the terminal in the first time window; and performing, by the terminal, PDCCH detection according to the multiple sets of control signaling configuration respectively; wherein for an overlapping span of the multiple PDCCH detection capabilities, the multiple PDCCH detection capabilities are in an independent relationship, and the method further comprises: independently executing, by the terminal, a dropping rule according to the multiple PDCCH detection capabilities, wherein the dropping rule refers to dropping at least one of the following which is beyond the PDCCH detection capabilities: a search space, a CORESET, and a candidate PDCCH. receiving, by a terminal, multiple sets of control signaling configuration, wherein the multiple sets of control signaling configuration have a one to one correspondence to multiple physical downlink control channel, PDCCH, detection capabilities of the terminal, the control signaling configuration is used to determine at least one of the following: a search space, a control resource set, CORESET, and a candidate PDCCH, and each of the multiple PDCCH detection capabilities comprises at least one of the following: a first capability, the first capability referring to a maximum number of monitored PDCCH candidates supported by the terminal in a first time window; a second capability, the second capability referring to a maximum number of non-overlapped control channel elements, CCE, for channel estimation supported by the terminal in the first time window; and performing, by the terminal, PDCCH detection according to the multiple sets of control signaling configuration respectively; wherein for an overlapping span of the multiple PDCCH detection capabilities, the multiple PDCCH detection capabilities are in an independent relationship, and the method further comprises: independently executing, by the terminal, a dropping rule according to the multiple PDCCH detection capabilities, wherein the dropping rule refers to dropping at least one of the following which is beyond the PDCCH detection capabilities: a search space, a CORESET, and a candidate PDCCH.
A method for using an optical splitter/coupler (241, 445) to provide primary and back-up service to subscriber equipment at a network access location, the optical splitter/coupler (241, 445) including first and second optical fibers (225, 229) that are optically coupled to a third optical fiber, the method comprising: routing the first and second optical fibers (225, 229) to a back side (233, 433) of a wall plate (232, 432) of a wall outlet device (245, 435) at the subscriber network access location; optically coupling the first and second optical fibers (225, 229) to first and second optical paths (262, 264) of an_optical splitter/coupler (241, 445), wherein the optical splitter/coupler (241, 445) is a 2:1 optical power splitter; and wherein the third optical fiber is optically coupled to a port at the subscriber network access location. routing the first and second optical fibers (225, 229) to a back side (233, 433) of a wall plate (232, 432) of a wall outlet device (245, 435) at the subscriber network access location; optically coupling the first and second optical fibers (225, 229) to first and second optical paths (262, 264) of an_optical splitter/coupler (241, 445), wherein the optical splitter/coupler (241, 445) is a 2:1 optical power splitter; and wherein the third optical fiber is optically coupled to a port at the subscriber network access location.
A process for purification of recombinant human lysosomal alpha-mannosidase from a cell culture, wherein a fraction of said cell culture comprising recombinant human lysosomal alpha-mannosidase is subjected to chromatography on a resin comprising a multi-modal ligand, wherein said resin bound multi-modal ligand is a substance having a carboxylic acid or sulphonic acid group.
A locking system for a treadmill, the treadmill including a tread that rotates around a front axle and a rear axle and a side rail on each side of the tread, the locking system comprising: a locking mechanism having a locked configuration and an unlocked configuration, wherein in the locked configuration the locking mechanism prevents the tread of a treadmill from rotating in a front-to-rear direction and in the unlocked configuration the locking mechanism allows the tread to rotate in the front-to-rear direction; a controller; a display positioned on the treadmill; characterised by a presence sensor in communication with the controller, the presence sensor positioned on the treadmill and configured to detect a user on the treadmill; a weight sensor in communication with the controller, the weight sensor positioned on the side rail of the treadmill and configured to detect the user on the treadmill; and wherein the controller is configured to: move the locking mechanism to the locked configuration in response to the controller receiving signals contemporaneously from both of the presence sensor and the weight sensor indicating the user is not on the treadmill. a locking mechanism having a locked configuration and an unlocked configuration, wherein in the locked configuration the locking mechanism prevents the tread of a treadmill from rotating in a front-to-rear direction and in the unlocked configuration the locking mechanism allows the tread to rotate in the front-to-rear direction; a controller; a display positioned on the treadmill; characterised by a presence sensor in communication with the controller, the presence sensor positioned on the treadmill and configured to detect a user on the treadmill; a weight sensor in communication with the controller, the weight sensor positioned on the side rail of the treadmill and configured to detect the user on the treadmill; and wherein the controller is configured to: move the locking mechanism to the locked configuration in response to the controller receiving signals contemporaneously from both of the presence sensor and the weight sensor indicating the user is not on the treadmill.
Magnetic stirrer having a stirring drive unit, having a container or beaker, having a heating plate as a surface for placement of the container or beaker, and having a stirring magnet which is or can be inserted into the container or beaker and is driven by the stirring drive unit, and having a temperature measuring device with a thermometer with an electrical temperature sensor, which is dipped or can be dipped into a medium located in the container or beaker, characterised in that the temperature measuring device has at least three temperature sensors which, in the position of use, can be dipped into the medium to be measured and which are arranged at different heights and/or with a vertical spacing from each other, in that at least one temperature sensor in the position of use of the temperature measuring device can be arranged outside the container, in that the temperature measuring device can be detachably mounted on one edge of the container, and in that the temperature measuring device has a mechanical holder for hanging from the edge of the container, at a second end which, in the position of use, is opposite an end dipped into the medium to be measured, and/or in that the end of the temperature measuring device not dipped into the medium in the position of use is itself is hook-shaped.
A catalyst composition for promoting the cure of a silane-functionalized ethylenic polymer, the catalyst composition comprising a tin-based catalyst, and a titanium oxide selected from the group consisting of (i) titanium dioxide (TiO 2); and (ii) tetraisopropyl titanate; with the proviso that when the titanium oxide is tetraisopropyl titanate, catalyst composition has a tin-based catalyst to tetraisopropyl titanate weight percent ratio from 0.5:1 to 1.0:0.5, based on the total weight of the catalyst composition. a tin-based catalyst, and a titanium oxide selected from the group consisting of (i) titanium dioxide (TiO 2); and (ii) tetraisopropyl titanate; (i) titanium dioxide (TiO 2); and (ii) tetraisopropyl titanate;
A masterbatch for manufacturing far-infrared fibers, comprising: a first polymer matrix; and a first far-infrared filler dispersed in the first polymer matrix, wherein the first far-infrared filler contains the following elements: titanium (Ti), germanium (Ge), zinc (Zn), aluminum (Al), and magnesium (Mg), and wherein the first far-infrared filler does not contain the following elements: scandium (Sc), vanadium, chromium (Cr), cobalt (Co), and antimony (Sb). a first polymer matrix; and a first far-infrared filler dispersed in the first polymer matrix, wherein the first far-infrared filler contains the following elements: titanium (Ti), germanium (Ge), zinc (Zn), aluminum (Al), and magnesium (Mg), and wherein the first far-infrared filler does not contain the following elements: scandium (Sc), vanadium, chromium (Cr), cobalt (Co), and antimony (Sb).
A surge arrester arrangement comprising a plurality of surge arresters located in a housing and internal wiring for protecting low-voltage systems, the housing having a lower side, a multitude of electrical plug contacts being provided, which have a nose-like design and extend at an angle deviating from the perpendicular with respect to the lower side of the housing, the respective plug contacts being formed to be identical for each type of arrangement, characterized in that the lower side of the housing has recesses through which the multitude of electrical plug contacts are led. the housing having a lower side, a multitude of electrical plug contacts being provided, which have a nose-like design and extend at an angle deviating from the perpendicular with respect to the lower side of the housing, the respective plug contacts being formed to be identical for each type of arrangement, characterized in that the lower side of the housing has recesses through which the multitude of electrical plug contacts are led.
A method for dispensing a powder and/or granular material by a dispensing apparatus, in which method - material is dispensed simultaneously from at least two dispensing containers of the dispensing apparatus, - a target mixing ratio for the material dispensed from each one of the at least two the dispensing containers is set, - the mass flow of the material dispensed from each one of the at least two dispensing containers is defined independently by means of at least one apparatus indicating the mass of the material in each one of the at least two dispensing containers, - in the method, each dispensing container is maintained at ambient pressure by a direct flow connection with the ambient air, characterized in that - the material is dispensed simultaneously from each one of the at least two dispensing containers into a gas flow in a transfer pipe of a pneumatic transfer apparatus, at consecutive locations in the pipe, by means of which pneumatic transfer apparatus the material is transferred for further processing, - the material dispensed from each one of the dispensing containers into the transfer pipe is controlled on the basis of the mass flow of the material dispensed and/or the target mixing ratio, - the material is dispensed into the pneumatic conveyor using a dispensing and sealing device (22, 22'), which simultaneously minimizes transmission of the pressure effect of the pneumatic conveyor on the dispensing container arranged in a direct connection with the ambient air. - material is dispensed simultaneously from at least two dispensing containers of the dispensing apparatus, - a target mixing ratio for the material dispensed from each one of the at least two the dispensing containers is set, - the mass flow of the material dispensed from each one of the at least two dispensing containers is defined independently by means of at least one apparatus indicating the mass of the material in each one of the at least two dispensing containers, - in the method, each dispensing container is maintained at ambient pressure by a direct flow connection with the ambient air, - the material is dispensed simultaneously from each one of the at least two dispensing containers into a gas flow in a transfer pipe of a pneumatic transfer apparatus, at consecutive locations in the pipe, by means of which pneumatic transfer apparatus the material is transferred for further processing, - the material dispensed from each one of the dispensing containers into the transfer pipe is controlled on the basis of the mass flow of the material dispensed and/or the target mixing ratio, - the material is dispensed into the pneumatic conveyor using a dispensing and sealing device (22, 22'), which simultaneously minimizes transmission of the pressure effect of the pneumatic conveyor on the dispensing container arranged in a direct connection with the ambient air.
A method comprising: forming a fuel cell fluid flow field plate (22, 32) by extruding carbonaceous elongated sheets (17; 25) of material with an extrusion die, wherein the extrusion die is configured to create straight grooves (18; 28) separated by ridges in the elongated sheets (17; 25); and thereafter cutting the elongated sheets (17; 25) of material to provide flow field plates (22; 32) of desired size for fuel cell stacks, wherein said elongated sheet (17; 25) of elongated carbonaceous material is porous and hydrophilic, and said grooves (18; 28) comprise reactant gas flow fields, characterized in that said elongated sheet of material having the straight grooves is thereafter cut along cutting lines into a plurality of pieces at an oblique angle with respect to said straight grooves, wherein a plurality of oxidant reactant flow field plates with edges at an oblique angle with respect to said straight grooves is formed. thereafter cutting the elongated sheets (17; 25) of material to provide flow field plates (22; 32) of desired size for fuel cell stacks, wherein said elongated sheet (17; 25) of elongated carbonaceous material is porous and hydrophilic, and said grooves (18; 28) comprise reactant gas flow fields, characterized in that said elongated sheet of material having the straight grooves is thereafter cut along cutting lines into a plurality of pieces at an oblique angle with respect to said straight grooves, wherein a plurality of oxidant reactant flow field plates with edges at an oblique angle with respect to said straight grooves is formed.
A nasal mask interface assembly for positive pressure therapy comprising: a. a frame; b. a seal comprising a face contacting surface which defines an opening to accommodate at least a lower portion and tip of a patient's nose, wherein the seal is formed from a silicone material; c. a clip formed of a rigid or semirigid material that is used to secure the seal to the frame, wherein the seal and clip are formed separately and may be secured together; and d. a conduit connector for connecting a breathing conduit to the frame, the conduit connector comprising an elbow and a generally cylindrical swivel removably and rotatably connected to a distal end of the elbow, wherein: e. the frame comprises a mounting boss defining a generally cylindrical outer boss surface, the mounting boss surrounding an inner boss surface that defines a socket for a ball connection to the conduit connector; f. the clip comprises a generally cylindrical inner clip surface adapted to slide over the outer boss surface of the mounting boss to removably mount the clip to the frame; and g. a proximal end of the elbow comprises a ball received by the socket of the frame to enable a limited range of pivotal movement with respect to the frame. a. a frame; b. a seal comprising a face contacting surface which defines an opening to accommodate at least a lower portion and tip of a patient's nose, wherein the seal is formed from a silicone material; c. a clip formed of a rigid or semirigid material that is used to secure the seal to the frame, wherein the seal and clip are formed separately and may be secured together; and d. a conduit connector for connecting a breathing conduit to the frame, the conduit connector comprising an elbow and a generally cylindrical swivel removably and rotatably connected to a distal end of the elbow, e. the frame comprises a mounting boss defining a generally cylindrical outer boss surface, the mounting boss surrounding an inner boss surface that defines a socket for a ball connection to the conduit connector; f. the clip comprises a generally cylindrical inner clip surface adapted to slide over the outer boss surface of the mounting boss to removably mount the clip to the frame; and g. a proximal end of the elbow comprises a ball received by the socket of the frame to enable a limited range of pivotal movement with respect to the frame.
A treadmill, comprising: a body having a belt for supporting an exerciser; an exerciser detecting portion installed in a predetermined area of the body to detect movement of the exerciser; a driving motor coupled to the body to drive the belt; a control portion for generating a control signal for adjusting a rotation speed of the driving motor based on a signal received from the exerciser detecting portion; and a motor driving portion for adjusting the rotation speed of the driving motor according to the control signal received from the control portion, wherein the motor driving portion electrically coupled to the driving motor and the control portion, and charaterized in that the motor driving portion generates a provision braking torque and provides the provision braking torque to the driving motor in order to reduce the rotation speed of the driving motor, and the provision braking torque is varied corresponding to the rotation speed of the driving motor. a body having a belt for supporting an exerciser; an exerciser detecting portion installed in a predetermined area of the body to detect movement of the exerciser; a driving motor coupled to the body to drive the belt; a control portion for generating a control signal for adjusting a rotation speed of the driving motor based on a signal received from the exerciser detecting portion; and a motor driving portion for adjusting the rotation speed of the driving motor according to the control signal received from the control portion, wherein the motor driving portion electrically coupled to the driving motor and the control portion, and charaterized in that the motor driving portion generates a provision braking torque and provides the provision braking torque to the driving motor in order to reduce the rotation speed of the driving motor, and the provision braking torque is varied corresponding to the rotation speed of the driving motor.
A method for securing an infrared transmissive polymer to a panel of an electrical enclosure comprising: a. aligning half shear retainers on a retention frame with holes in said infrared transmissive polymer and holes in said panel, wherein said half shear retainers are comprised of raised protrusions on said retention frame; b. placing said infrared transmissive polymer against said retention frame; c. coupling said retention frame to said panel; and d. securing said retention frame to said panel with hardware (26, 10). a. aligning half shear retainers on a retention frame with holes in said infrared transmissive polymer and holes in said panel, wherein said half shear retainers are comprised of raised protrusions on said retention frame; b. placing said infrared transmissive polymer against said retention frame; c. coupling said retention frame to said panel; and d. securing said retention frame to said panel with hardware (26, 10).
A tapered waveguide, comprising a central waveguide having a constant width (Wc) and shallow-etched strip waveguides disposed on both sides of the central waveguide, wherein each shallow-etched strip waveguide is of a structure with a gradually changing width, and an outline of a side, away from the central waveguide and in a length direction, of the shallow-etched strip waveguide is a concave arc.
A foam duct element comprising foam resin, and including a cylindrical portion having an external contour of a polygonal shape that comprises a first wall portion and a second wall portion that are welded onto each other via parting lines (PL1, PL2), and further including inner surface projections, wherein the thickness of wall portions (201, 202) of the cylindrical portion is larger in a region with the projections, than in a region without the projections, wherein the thickness takes the minimum value in the portion most apart from the line connecting the parting lines (PL1, PL2) to each other.
Rope connection with a rope eye, with a reinforcing part inserted into the rope eye and with a holding element, wherein the holding element extends along a circumferential portion of the reinforcing part and is releasably connected to the reinforcing part, with the result that a rope eye portion is enclosed between the holding element and the reinforcing part, wherein a guiding channel for a rope eye portion is formed on a circumferential surface of the reinforcing part, characterized in that the reinforcing part has a receiving channel, arranged radially outside the guiding channel, for the holding element.
A chemical cartridge used for a blower type chemical diffusing apparatus, comprising a chemical impregnated body in the form of a pleated flat sheet material having a large number of pleats impregnated with a chemical, the pleats being formed by alternating mountain fold and valley fold of the sheet material at certain widths, the sheet material itself being air permeable and liquid absorptive, the pleated sheet material having a peripheral area jointed to prevent the pleats from getting out of shape; characterized by a fixture for holding a peripheral area of the chemical impregnated body, the fixture comprising a support member and a hold member, the support member comprising a raised ring and a support ring projecting inwards from a lower portion of the raised ring, the hold member being in the form of a ring that is fittable with the raised ring of the support member, wherein the hold member is fitted into the raised ring of the support member to directly hold the peripheral area of the chemical impregnated body between the support ring of the support member and the hold member; and an air passage section for diffusing the chemical, the air passage section comprising inner spaces of the support member and the hold member.