mhurhangee/ep-ind-claims huggingface dataset:
A defibrillation electrode set for a defibrillator which senses the impedance of an attached electrode set which includes an adapter cable that couples the electrode set to the defibrillator comprising: a pair of electrodes (80a, 80b), each comprising a backing layer (92a, 92b), a metallic layer (94a, 94b), a gel layer (96a, 96b) overlaying the metallic layer, and a release liner (98a, 98b) covering the gel layer, and an electrode cable (86a, 86b) electrically coupling the metallic layers to an electrode connector suitable for connection to the adapter cable; and a foil envelope in which the electrodes are stored prior to use with the electrode connector coupled to the adapter cable, wherein the foil envelope comprises a wall made of metal, wherein the thickness of a layer of each electrode which is positioned between a conductive layer of an electrode and the wall of the foil envelope is chosen such that the capacitance for which the layer is a dielectric is not in excess of a value which, in combination with the capacitance of the electrode set absent the foil envelope and the capacitance of the adapter cable will not exceed a capacitance indicating an asystole condition to the defibrillator, and wherein the release liner layer comprises the chosen thickness layer and has a thickness of about 1.587 mm (1/16 of an inch) or more. a pair of electrodes (80a, 80b), each comprising a backing layer (92a, 92b), a metallic layer (94a, 94b), a gel layer (96a, 96b) overlaying the metallic layer, and a release liner (98a, 98b) covering the gel layer, and an electrode cable (86a, 86b) electrically coupling the metallic layers to an electrode connector suitable for connection to the adapter cable; and a foil envelope in which the electrodes are stored prior to use with the electrode connector coupled to the adapter cable, wherein the foil envelope comprises a wall made of metal,
A composition comprising VEGF; at least one additional growth factor; and a polysaccharide with at least one monomer having at least one substituted hydroxyl group, wherein the substituted hydroxyl group has the formula; wherein formula is -O 1 -C NR 7 -CH 2 CH=CH 2 and O 1 is the oxygen atom of said substituted hydroxyl group and R 7 is hydrogen or C 1 -C 4 alkyl, and wherein the degree of substitution of formula on the polysaccharide is less than 0.2.
An inkjet image forming apparatus comprising an inkjet head having a plurality of nozzles to eject ink as ink droplets so as to record an image on a recording medium by landing the ink droplets ejected from the plurality of the nozzles onto the recording medium while charging the ink droplets by applying an electrostatic voltage between the inkjet head and the recording medium, characterised in the the inkjet image forming apparatus is configured such that after a first ink droplet (Da) is ejected while the first ink droplet (Da) is charged by an electrostatic field formed between the inkjet head and the recording medium, a second ink droplet (Db) is ejected while the second ink droplet (Db) is charged in a similar manner to the first ink droplet (Da), and after the first ink droplet (Da) is landed on the recording medium, the second ink droplet (Db) producing repulsion by electrostatic charge with the first ink droplet (Da) is landed on the recording medium so that the second ink droplet (Db) overlaps with the first ink droplet (Da) before discharging of the first ink droplet (Da) is completed.
A heterophasic propylene polymer (HECO) comprising a) 65 to 90 wt.% of a matrix component selected from a propylene homo- or random copolymer; and b) 10 to 35 wt.% of an ethylene-propylene rubber, dispersed in the propylene homo- or random copolymer, whereby the xylene cold soluble fraction of the heterophasic propylene polymer (HECO) has - an ethylene content of 10.0 to 17.0 wt.%; - an intrinsic viscosity, determined according to ISO 1628-1:2009, of at least 1.6 dl/g; and the xylene cold insoluble fraction of the heterophasic propylene polymer (HECO) has 2,1-erythro regiodefects in an amount of at least 0.4 mol%. a) 65 to 90 wt.% of a matrix component selected from a propylene homo- or random copolymer; and b) 10 to 35 wt.% of an ethylene-propylene rubber, dispersed in the propylene homo- or random copolymer, the xylene cold soluble fraction of the heterophasic propylene polymer (HECO) has - an ethylene content of 10.0 to 17.0 wt.%; - an intrinsic viscosity, determined according to ISO 1628-1:2009, of at least 1.6 dl/g; and - an ethylene content of 10.0 to 17.0 wt.%; - an intrinsic viscosity, determined according to ISO 1628-1:2009, of at least 1.6 dl/g; and the xylene cold insoluble fraction of the heterophasic propylene polymer (HECO) has 2,1-erythro regiodefects in an amount of at least 0.4 mol%.
A powdery impact modifier composition, comprising: (a) a first population of core-shell polymer particles, and (b) a second population of core-shell polymer particles, wherein the mean particle diameter of the first population of polymer particles is at least 50 percent larger than the mean particle diameter of the second population of particles, and wherein the total rubbery weight fraction of the first and second populations of polymer particles is greater than 90 weight percent and less than 100 weight percent, wherein the mean particle diameter and weight percentages are measured by Capillary Hydrodynamic Flow Fractionation. (a) a first population of core-shell polymer particles, and (b) a second population of core-shell polymer particles,
A method for directly transferring operating parameters from one infusion pump device to a second infusion pump device, comprising: providing a first infusion pump device including parameters to be transferred; establishing a communications link from the first infusion pump device to a second infusion pump device; testing the communication link to check bandwidth or sufficiency of streaming; and transferring the parameters from the first infusion pump device to the second infusion pump device. providing a first infusion pump device including parameters to be transferred; establishing a communications link from the first infusion pump device to a second infusion pump device; testing the communication link to check bandwidth or sufficiency of streaming; and transferring the parameters from the first infusion pump device to the second infusion pump device.
A method for communicating with a terminal by a base station in a mobile communication system, the method comprising: performing, with the terminal, an initial access based on a cell-specific reference signal, CRS; transmitting, to the terminal, configuration information on a plurality of channel status information reference signals, CSI-RS, for a centralized antenna port, C-port, using cell specific signaling; receiving sounding reference signal, SRS, through centralized and distributed antenna ports, after having requested SRS transmission to the terminal; determining whether to configure the terminal in distributed antenna system, DAS, mode based on transmission power and received signal strength of the SRS; selecting a candidate set of distributed antenna ports, D-ports, for the terminal upon determination to configure the terminal in DAS mode; transmitting, to the terminal, information indicating a configuration of a plurality of CSI-RSs for the candidate set of D-ports, through terminal specific signaling; and communicating with the terminal using at least one selected antenna port from the candidate set of D-ports and the C-port based on feedback information including transmission position information received from the terminal. performing, with the terminal, an initial access based on a cell-specific reference signal, CRS; transmitting, to the terminal, configuration information on a plurality of channel status information reference signals, CSI-RS, for a centralized antenna port, C-port, using cell specific signaling; receiving sounding reference signal, SRS, through centralized and distributed antenna ports, after having requested SRS transmission to the terminal; determining whether to configure the terminal in distributed antenna system, DAS, mode based on transmission power and received signal strength of the SRS; selecting a candidate set of distributed antenna ports, D-ports, for the terminal upon determination to configure the terminal in DAS mode; transmitting, to the terminal, information indicating a configuration of a plurality of CSI-RSs for the candidate set of D-ports, through terminal specific signaling; and communicating with the terminal using at least one selected antenna port from the candidate set of D-ports and the C-port based on feedback information including transmission position information received from the terminal.
Buffer apparatus for cores made of paper material, for production lines of toilet rolls or absorbent paper rolls or similar paper or absorbent materials, the buffer apparatus comprising: a support structure; a plurality of inclined accumulation planes, arranged one over the other, dedicated to the accumulation of cores, in particular in the shape of logs, for toilet rolls or absorbent paper rolls or similar paper or absorbent materials; a mechanism for feeding the cores, operatively associated with the inclined accumulation planes in order to provide the latter with the cores being fed by a feeding line not belonging to the buffer apparatus; a first transferring device for transferring cores fed by the feeding mechanism to at least one of the inclined accumulation planes, the first transferring device being operatively interposed between the feeding mechanism and the inclined accumulation planes and being movable from an inclined accumulation plane to another inclined accumulation plane in order to transfer the cores being fed to the latter; a discharge mechanism operatively associated with the inclined accumulation planes in order to discharge the accumulated cores from the latter; a second transferring device for transferring cores that are present in at least one of the inclined accumulation planes to the discharge mechanism, the second transferring device being operatively interposed between the inclined accumulation planes and the discharge mechanism and being movable from an inclined accumulation plane to another inclined accumulation plane in order to transfer the accumulated cores to the discharge mechanism. a support structure; a plurality of inclined accumulation planes, arranged one over the other, dedicated to the accumulation of cores, in particular in the shape of logs, for toilet rolls or absorbent paper rolls or similar paper or absorbent materials; a mechanism for feeding the cores, operatively associated with the inclined accumulation planes in order to provide the latter with the cores being fed by a feeding line not belonging to the buffer apparatus; a first transferring device for transferring cores fed by the feeding mechanism to at least one of the inclined accumulation planes, the first transferring device being operatively interposed between the feeding mechanism and the inclined accumulation planes and being movable from an inclined accumulation plane to another inclined accumulation plane in order to transfer the cores being fed to the latter; a discharge mechanism operatively associated with the inclined accumulation planes in order to discharge the accumulated cores from the latter; a second transferring device for transferring cores that are present in at least one of the inclined accumulation planes to the discharge mechanism, the second transferring device being operatively interposed between the inclined accumulation planes and the discharge mechanism and being movable from an inclined accumulation plane to another inclined accumulation plane in order to transfer the accumulated cores to the discharge mechanism.
A method for detection of a bypass (134; 734; 834) of an interconnect (133; 733; 833) to a telecommunication network (130; 730; 830), of an operator of a real subscriber, comprising: - generating a test call (263; 367; 467; 567; 663) to or through a real subscriber number of a real subscriber (131; 231; 331; 431; 531; 631; 731; 831) active in said telecommunication network; - obtaining call data including received calling line identifiers and time information for calls terminating to said real subscriber number from the operator of said real subscriber (131; 231; 331; 431; 531; 631; 731; 831); - extracting a received calling line identifier for said test call (263; 367; 467; 567; 663) from said call data (154, 153; 265; 372; 472; 572; 665; 753; 853) comprising matching said time information received from said operator with timing of said test call (263; 367; 467; 567; 663); and - detecting presence of a bypass (134; 734; 834) by analysis of said received calling line identifier, by verifying if said received calling line identifier belongs to the numbering plan of said telecommunication network (130; 730; 830) wherein said test call (263; 367; 467; 567; 663) is received, or by verifying the country code, or by establishing that said received calling line identifier does not correspond to the calling line identifier of an origin of said test call (263; 367; 467; 567; 663). - generating a test call (263; 367; 467; 567; 663) to or through a real subscriber number of a real subscriber (131; 231; 331; 431; 531; 631; 731; 831) active in said telecommunication network; - obtaining call data including received calling line identifiers and time information for calls terminating to said real subscriber number from the operator of said real subscriber (131; 231; 331; 431; 531; 631; 731; 831); - extracting a received calling line identifier for said test call (263; 367; 467; 567; 663) from said call data (154, 153; 265; 372; 472; 572; 665; 753; 853) comprising matching said time information received from said operator with timing of said test call (263; 367; 467; 567; 663); and - detecting presence of a bypass (134; 734; 834) by analysis of said received calling line identifier, by verifying if said received calling line identifier belongs to the numbering plan of said telecommunication network (130; 730; 830) wherein said test call (263; 367; 467; 567; 663) is received, or by verifying the country code, or by establishing that said received calling line identifier does not correspond to the calling line identifier of an origin of said test call (263; 367; 467; 567; 663).
Electrical component comprising a main body, a metallic contact structure, which is directly in contact with the main body, and an electrically insulating passivation layer provided with an opening, wherein the metallic contact structure is connected to an external contact-making means through the opening, wherein the external contact-making means is covered and enclosed by a flexible metal composite layer wherein electrical contact is able to be made with the metallic contact structure externally by means of the flexible metal composite layer by way of the external contact-making means, wherein the component is configured for soldering and the flexible metal composite layer is configured for reducing stresses exerted by way of a solder, wherein the metal composite layer is applied on partial regions of the passivation layer, as viewed from the main body.
A canister vacuum cleaner comprising a body having means for separating and collecting dirt and dust that is drawn into the cleaner by a motor and fan unit disposed in the body, and a rigid tubular wand connected to a body of the cleaner via an elongate flexible hose, the tubular wand having a handle portion for grasping by the user, a drive motor in the body, and a switch on the handle portion for selectively operating the drive motor to drive a driven wheel to cause the body move across a floor surface on which the body is located, characterised in that the body comprises a single drive motor and a single driven wheel, the driven wheel being disposed intermediate opposite sides of the underside of the body.
Rotary piston pump, in particular for conveying blood, comprising a piston runner, which in particular has two or three lobes in cross section and is arranged in a piston space so as to be driven in an eccentrically rotating manner, wherein the piston runner has in its interior multiple magnetically interacting elements (4, 4a, 4b), in particular permanent magnets and/or coils, and, through magnetic interaction of said elements (4, 4a, 4b), is driven by way of at least one moving magnetic field, characterized in that the magnetically interacting elements in the piston runner are arranged in the region of at least one axial end in or below an axial end surface, and multiple coils (5, 5a, 5b), which are able to be energized in an alternating manner for the purpose of generating the moving magnetic field, are arranged behind an axial end wall of the piston space so as to be axially spaced apart from the magnetically interacting elements (4, 4a, 4b) of the piston runner, wherein the coils (5, 5a, 5b) are arranged in a manner corresponding to the cross-sectional contour of the shell surface or in a manner corresponding to the movement path of the magnetically interacting elements (4, 4a, 4b) of the piston runner.
Method for repairing a sandwich composite structure comprising a pinned foam core between at least one upper and at least one lower cover layer, in which the pinned foam core is damaged in a sub-region of the sandwich composite structure, comprising the following steps in the following sequence: a) removing the at least one upper or lower cover layer as far as the pinned foam core in the sub-region in which the pinned foam core of the sandwich composite structure is damaged; b) removing the pinned foam core in the sub-region in which the pinned foam core of the sandwich composite structure is damaged; c) inserting a pinned replacement foam core (2"), corresponding in size to the removed pinned foam core of step b), in the sub-region in which the pinned foam core was removed in step b), the pinned replacement foam core (2") being impregnated at least with a resin; d) applying an upper or lower replacement cover layer in the region in which one was removed in step a), wherein the pinned replacement foam core (2") and optionally the upper or lower replacement cover layer are cured. a) removing the at least one upper or lower cover layer as far as the pinned foam core in the sub-region in which the pinned foam core of the sandwich composite structure is damaged; b) removing the pinned foam core in the sub-region in which the pinned foam core of the sandwich composite structure is damaged; c) inserting a pinned replacement foam core (2"), corresponding in size to the removed pinned foam core of step b), in the sub-region in which the pinned foam core was removed in step b), the pinned replacement foam core (2") being impregnated at least with a resin; d) applying an upper or lower replacement cover layer in the region in which one was removed in step a),
A device for simultaneous fixation of medical instruments (12, 14), the device comprising a joint element having a holding portion in the form of a spherical disk, the spherical disc having a center point and a height (h) and defining a longitudinal axis of the device, which extends through the center point and parallel to the height (h), wherein the spherical disc has a continuous cavity along the longitudinal axis, wherein the holding portion is divided into at least two holding segments and wherein at least two arm elements are arranged on the joint element, which each veer away from the longitudinal axis in a first arm section starting from an attachment point on the joint element, approach the longitudinal axis in a second arm section and end with a bearing surface, whereby a free space is formed between the arm elements, the device further comprising a clamping element which is adapted to compress the holding segments, wherein, when the holding segments are pushed together, the bearing surfaces move towards the longitudinal axis.
A heat exchange device comprising: a heat exchanger having a plurality of heat transfer tubes through which a refrigerant is circulated and functioning as an evaporator; a plurality of communication tubes connected to ends of the heat transfer tubes on the refrigerant discharge side; and a header connected to ends of the plurality of communication tubes on the refrigerant discharge side, the header for joining the refrigerant discharged from the communication tubes, wherein at least a part of the plurality of communication tubes includes a flow passage enlargement communication tube formed in such a manner that a flow passage sectional area on the side of the header is larger than a flow passage sectional area on the side of the heat transfer tubes, and characterised in that the flow passage enlargement communication tube includes a plurality of branch tubes connected to the heat transfer tubes, and a joining tube connected to the side of the header, the joining tube for joining the refrigerant flowing through the plurality of branch tubes, and a flow passage sectional area of the joining tube is larger than the sum of flow passage sectional areas of the plurality of branch tubes. a heat exchanger having a plurality of heat transfer tubes through which a refrigerant is circulated and functioning as an evaporator; and a header connected to ends of the plurality of communication tubes on the refrigerant discharge side, the header for joining the refrigerant discharged from the communication tubes, wherein at least a part of the plurality of communication tubes includes a flow passage enlargement communication tube formed in such a manner that a flow passage sectional area on the side of the header is larger than a flow passage sectional area on the side of the heat transfer tubes, and characterised in that the flow passage enlargement communication tube includes a plurality of branch tubes connected to the heat transfer tubes, and a joining tube connected to the side of the header, the joining tube for joining the refrigerant flowing through the plurality of branch tubes, and a flow passage sectional area of the joining tube is larger than the sum of flow passage sectional areas of the plurality of branch tubes.
Shaping machine for shaping containers from preforms made of thermoplastic material, the shaping machine having a blowing network that has ducts that connect a controlled source of compressed blowing gas to at least one blowing nozzle in order to shape the containers by blow-moulding, the shaping machine having a device for sterilizing the blowing network, said device having: - a source of sterilizing liquid having an oxidizing agent; characterized in that the shaping machine further comprises: - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator; the dispensing device being designed to deliver a continuous and stable flow rate of sterilizing liquid. - a source of sterilizing liquid having an oxidizing agent; characterized in that the shaping machine further comprises: - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator; - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator; the dispensing device being designed to deliver a continuous and stable flow rate of sterilizing liquid.
A lubricating oil composition comprising a base lubricating oil, at least one oil soluble thioalkyl phosphite ester compound in an amount delivering from 5 to 5000 ppm of phosphorus into the oil and at least one polyalkylene polyamine-based friction modifier having the structure: in an amount of 0.1 to 10 weight percent in the composition.