mhurhangee/ep-ind-claims huggingface dataset:
A compressed sponge for hemorrhage control comprising a hydrophilic polymer, said compressed sponge having (i) a compressed sponge density of about 0.6 to 0.15 g/cm 3, (ii) pores with pore diameters of between about 15 microns to about 300 microns and (iii) including a wettable polymer matrix or wettable polymer matrices inside the sponge and/or at a surface of the sponge.
A syringe piston comprising a stem portion extending between a first end and a second end, the first end being configured to be received in a syringe barrel and the second end defining a housing configured to receive a container, the housing defining one or more openings (602, 602b), characterised in that at least a portion of the length of the interior area of the housing comprises interior ribs.
A pharmaceutical preparation comprising Doxepin formulated with an administration medium which Is characterised in that it comprises a solution of nitrous oxide gas in a pharmaceutically acceptable carrier solvent for the gas and which administration medium includes at least one fatty acid or ester or other suitable derivative thereof selected from the group consisting of oleic acid, linoleic acid, alpha-linolenic acid, gamma-linolenic acid, arachidonic acid, eicosapentaenoic acid [C20: 5ω3], decosahexaenoic acid [C22: 6ω3], ricinoleic acid and derivatives thereof selected from the group consisting of the C1 to C6 alkyl esters thereof, the glycerol-polyethylene glycol esters thereof and the reaction product of hydrogenated natural oils composed largely of ricinoleic acid based oils such as castor oil with ethylene oxide.
A lock for inclined roof window, comprising: - a locking member with a locking notch, - a base with a holding cavity at its front end, - a housing, arranged at the outside of said base, having a guide hole on its upper end, - a retractable bolt, arranged inside said holding cavity of said base, said retractable bolt having a front end in the form of a bevel, - a rocker arm, whose tail is pivotally arranged on said base, and whose head projects over said guide hole of said housing and is able to move back and forth inside said guide hole, - a connecting rod having a front end and a back end, said front end being connected with the back end of said bolt and being able to pivotally move in relation with said bolt, said back end being connected with the middle part of said rocker arm, and - a reset member, which generates a force to make said rocker arm move in the direction towards said locking member, characterized in that said lock further comprises a spring, arranged at the inside of said holding cavity, which front end is against said bolt, and which back end is against an inner-wall of said base, and in that the back end of the connecting rod is adapted to move in relation with said rocker arm in a fixed stroke while not driving said rocker arm. - a locking member with a locking notch, - a base with a holding cavity at its front end, - a housing, arranged at the outside of said base, having a guide hole on its upper end, - a retractable bolt, arranged inside said holding cavity of said base, said retractable bolt having a front end in the form of a bevel, - a rocker arm, whose tail is pivotally arranged on said base, and whose head projects over said guide hole of said housing and is able to move back and forth inside said guide hole, - a connecting rod having a front end and a back end, said front end being connected with the back end of said bolt and being able to pivotally move in relation with said bolt, said back end being connected with the middle part of said rocker arm, and - a reset member, which generates a force to make said rocker arm move in the direction towards said locking member, characterized in that
A touch sensor panel including: a first substrate; and a second substrate; a first layer of a first conductive material supported on the first substrate to form a plurality of rows; a second layer of the first conductive material supported on the second substrate to form a plurality of columns; wherein the plurality of rows and the plurality of columns form a plurality of capacitive sensing nodes; and characterized by a second conductive material different from the first conductive material supported on the first substrate and overlapping a portion of the plurality of rows in one or more border areas (106, 108) of the touch sensor panel to form a stack of a plurality of first conductive traces (102, 104) for off-panel connections. a first substrate; and a second substrate; a first layer of a first conductive material supported on the first substrate to form a plurality of rows; a second layer of the first conductive material supported on the second substrate to form a plurality of columns; wherein the plurality of rows and the plurality of columns form a plurality of capacitive sensing nodes; and characterized by a second conductive material different from the first conductive material supported on the first substrate and overlapping a portion of the plurality of rows in one or more border areas (106, 108) of the touch sensor panel to form a stack of a plurality of first conductive traces (102, 104) for off-panel connections.
A process for preparing 2-chloro-3,3,3-trifluoropropene comprising: providing a starting composition comprising at least one compound of formula I: CX 2= CCl-CH 2 X wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; contacting said starting composition with HF in the presence of a fluorinated chromium oxide catalyst to produce a final composition comprising 2-chloro-3,3,3-trifluoropropene; and controlling the temperature of the contacting step such that it does not exceed 300°C, wherein the pressure of the reaction ranges from 0.3 MPa gauge (50 psig) to 0.862 MPa gauge (125 psig), wherein the temperature of the reaction is initiated at a temperature ranging from 180°C to 200 °C and the temperature is gradually increased in small increments to maintain a targeted product collection rate, but the temperature is not increased to exceed 300°C, wherein the small increments range from 0.5 to 20°C. providing a starting composition comprising at least one compound of formula I: CX 2= CCl-CH 2 X wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; contacting said starting composition with HF in the presence of a fluorinated chromium oxide catalyst to produce a final composition comprising 2-chloro-3,3,3-trifluoropropene; and controlling the temperature of the contacting step such that it does not exceed 300°C, wherein the pressure of the reaction ranges from 0.3 MPa gauge (50 psig) to 0.862 MPa gauge (125 psig), wherein the temperature of the reaction is initiated at a temperature ranging from 180°C to 200 °C and the temperature is gradually increased in small increments to maintain a targeted product collection rate, but the temperature is not increased to exceed 300°C, wherein the small increments range from 0.5 to 20°C.
Single-grain seeder for the targeted depositing of granular material, in particular seeds and/or fertilizer, with at least one singulating unit (400a, 400b; 600a, 600b) which produces a sequence of individual grains from a flow of material and forwards same to a depositing unit (420; 620), in particular to a sowing coulter, wherein an acceleration unit (410; 610) is arranged between the singulating unit and the depositing unit, the acceleration unit taking over the singulated grains from the singulating unit, accelerating the grains under rotation and forwarding them to the depositing unit, wherein the acceleration unit (410; 610) comprises: a housing with at least one inlet opening (416a, 416b; 650a, 655a) for taking over the grains from the singulating unit (400a, 400b; 600a, 600b); an outlet opening for forwarding the accelerated grains to the depositing unit (420; 620); and a conveying device (415; 615) which rotates in the housing and is designed to convey the grains individually from the inlet opening to the outlet opening and to accelerate them in the process, wherein the housing has a casing inner surface which is in particular rotationally symmetrical about an axis of rotation, wherein the conveying device (415; 615) rotates about the axis of rotation; and wherein the conveying device has at least one carry-along element (412a, 412b, 413a; 612a-1, 612a-2, 613a) which is designed in such a manner that grains transferred through the inlet opening (416a, 416b; 650a, 655a) are conveyed towards the casing inner surface and/or along the casing inner surface to the outlet opening because of the rotation of the conveying device, characterized in that two disc-shaped singulating units (400a, 400b; 600a, 600b) are provided, wherein the conveying device (415; 615) has a carry-along element (412a, 412b, 413a; 612a-1, 612a-2, 613a) for each singulating unit; and wherein the carry-along elements corresponding to the singulating units are arranged offset with respect to one another, in particular by 180°, in the circumferential direction of the conveying device.
A gas turbine engine counter-rotatable low pressure turbine comprising: counter-rotatable annular outer and inner drum rotors (68, 78), the outer drum rotor rotatably connected to a low pressure shaft, a plurality of axially spaced apart low pressure outer drum turbine blade rows extending radially inwardly from an outer shell of the outer drum rotor, the low pressure inner drum rotor including a plurality of axially spaced apart low pressure inner drum turbine blade rows extending radially outwardly from the annular low pressure inner drum rotor, the low pressure outer drum turbine blade rows being interdigitated with the low pressure inner drum turbine blade rows, characterised in that: the low pressure shaft is the sole shaft operable for transmitting torque and power out of the low pressure turbine; the inner drum rotor is geared through an epicyclic gearbox for transmitting torque and power produced by the inner drum rotor to the low pressure shaft; and the low pressure turbine further comprising a differential thrust bearing operably disposed between the outer and inner drum rotors (68, 78). counter-rotatable annular outer and inner drum rotors (68, 78), the outer drum rotor rotatably connected to a low pressure shaft, a plurality of axially spaced apart low pressure outer drum turbine blade rows extending radially inwardly from an outer shell of the outer drum rotor, the low pressure inner drum rotor including a plurality of axially spaced apart low pressure inner drum turbine blade rows extending radially outwardly from the annular low pressure inner drum rotor, the low pressure outer drum turbine blade rows being interdigitated with the low pressure inner drum turbine blade rows, characterised in that: the low pressure shaft is the sole shaft operable for transmitting torque and power out of the low pressure turbine; the inner drum rotor is geared through an epicyclic gearbox for transmitting torque and power produced by the inner drum rotor to the low pressure shaft; and the low pressure turbine further comprising a differential thrust bearing operably disposed between the outer and inner drum rotors (68, 78). the low pressure shaft is the sole shaft operable for transmitting torque and power out of the low pressure turbine; the inner drum rotor is geared through an epicyclic gearbox for transmitting torque and power produced by the inner drum rotor to the low pressure shaft; and the low pressure turbine further comprising a differential thrust bearing operably disposed between the outer and inner drum rotors (68, 78).
A decorative panel, comprising a core layer comprising a thermo pressed stack of resin impregnated papers provided with a decor layer, said decor layer comprising a substrate layer provided with at least one coating, wherein at least one passive sensor of the Radio-frequency identification (RFID) type is located within said decorative panel, said at least one passive sensor is located within said core layer, said passive sensor comprising an integrated chip and a RFID antenna, said at least one passive sensor is located between layers of resin impregnated papers, characterized in that said at least one passive sensor is provided on a support layer, wherein said support layer is impregnated with resin from adjacent layers of resin impregnated papers in the core layer.
An electric vehicle comprising a body frame supporting on a front portion thereof a steering device for a front wheel (Wf), a seat for a driver, a rear wheel (Wr) disposed rearwardly of the seat, the seat and the rear wheel (Wr) being mounted to rear portions of the body frame, a windshield covering a front side of the driver together with the steering device, a roof extending rearward from an upper end portion of the windshield to cover an upper side of the driver, the windshield and the roof being also mounted to the body frame, an electric motor for driving the rear wheel (Wr), and a battery for supplying the electric motor with electric power, wherein the body frame includes a main frame, a seat frame, a roof frame, and a shield support part; characterized in that the main frame includes a head pipe supporting the steering device thereon, a battery case integrally continuous with a rear portion of the head pipe and housing the battery, and a seat post integrally continuous with a rear portion of the battery case and rising upward; the seat frame is integrally connected to an upper end of the seat post and holds the seat; the roof frame rises upward from a rear end of the seat frame to support a rear end of the roof and includes two members of: a roof post formed of a single pipe material which is connected to the seat frame: and a roof support member composed of a casting which is connected to an upper end of the roof post, the roof support member being composed, in a loop form, of a lower edge portion which has an arcuate shape with both left and right ends thereof warped upward and to a central portion of which an upper end of the seat post is connected, and an upper edge portion which has an arcuate shape protuberant to the opposite side from the lower edge portion while interconnecting the left and right ends of the lower edge portion and to which a rear end portion of the roof is joined; the shield support part is provided on the head pipe to project forward and, together with the windshield, to support a head lamp disposed on a front surface side of the windshield; and footrests protruding to left and right outer sides of the battery case are firmly attached to the battery case.
A watercraft having a seawater circuit, the seawater circuit having at least one seawater inlet, the watercraft having a side wall, the seawater inlet extending at least partially in a first wall passage through the side wall, wherein a device for fouling and corrosion protection is arranged at the seawater inlet, said device comprising a grid, said device comprising at least a first electrode, said first electrode and said grid being separated by an insulator, wherein the first electrode is designed to at least partially enclose the seawater inlet and is at least partially in direct contact with the seawater, wherein the grid and the first electrode are connected to the watercraft, wherein the first electrode is connected to the boat interior via a first electrical connection, characterised in that the first electrical connection extends through a second wall bushing through the hull of the watercraft, the first wall bushing and the second wall bushing being spaced apart.
A vertical wind turbine comprising a cell with a plurality of vertical blades (13; F1-F6), each mounted rotatably at the bottom and top at the end of a radial arm, which are arranged within the cell distributed on a concentric circle around a vertical machine axis and are jointly movable on this circle and connected in a rotationally fixed manner to a main shaft, wherein the blades (13; F1-F6) in the cell are each mounted individually rotatably about a vertical axis of rotation extending in particular through their interior, and wherein means (39; 39a, b; 49, 50; 52) are associated with each of the blades (13; F1-F6), with which during rotation about the machine axis the blade (13; F1-F6) can be moved independently of the other blades into a predetermined and at any time changeable rotational position about its axis of rotation, wherein the arms respectively form a fictive ring at the top and bottom of the cell, characterised in that a wind measurement device (W1-W3) per ring is attached at the outside of one of the radial arms respectively.
A rotary electric shaver comprising: an outer blade whose upper surface provides one or more annular shaving surfaces (22A,22B) having multiple hair inlets formed therein; and an inner blade that has a small blade which is rotatable while in sliding contact with a lower surface of the outer blade from below the annular shaving surface(s) (22A,22B), wherein at least some of the multiple hair inlets are formed in an elongated hole shape extending along a radial direction of the annular shaving surface(s) (22A,22B), and both end portions (27a,27b) in the radial direction have a widened portion (27x;27y) which is open wider in a circumferential direction than a central portion; and characterized in that the widened portion (27x;27y) is formed from an upper surface across a side surface (22c;22d) of the outer blade. an outer blade whose upper surface provides one or more annular shaving surfaces (22A,22B) having multiple hair inlets formed therein; and an inner blade that has a small blade which is rotatable while in sliding contact with a lower surface of the outer blade from below the annular shaving surface(s) (22A,22B), wherein at least some of the multiple hair inlets are formed in an elongated hole shape extending along a radial direction of the annular shaving surface(s) (22A,22B), and both end portions (27a,27b) in the radial direction have a widened portion (27x;27y) which is open wider in a circumferential direction than a central portion; and characterized in that the widened portion (27x;27y) is formed from an upper surface across a side surface (22c;22d) of the outer blade.
A process for preparing 1,1,2,3-tetrachloropropene (HCC-1230xa), comprising heating, at a heating temperature of 200-550°C, in the gas phase and in the absence of a catalyst, a composition consisting of 1,1,1,2,3-pentachloropropane (HCC-240db) and optionally an inert gas, to carry out a dehydrochlorination reaction.
An organoaminosilane selected from 1,3-bis(diethylamino)-1,3-disilacyclobutane, 1,3-bis(di-iso-propyl-amino)-1,3-disilacyclobutane, 1,4-bis(dimethylamino)-1,4-disilacyclohexane, 1,4-bis(diethylamino)-1,4-disilacyclohexane, and 1,4-bis(di-iso-propylamino)-1,4-disilacyclohexane.
A drug delivery device, comprising a housing and a mechanical assembly which is at least partially accommodated in the housing, wherein the mechanical assembly comprises a predetermined breaking member which is configured to be damaged when the mechanical assembly or parts thereof are forcefully separated from the housing, wherein the predetermined breaking member comprises a predetermined breaking region in which the predetermined breaking member is configured to be damaged during separation from the housing, wherein the predetermined breaking region comprises at least one spot having a reduced thickness of material or being configured as a perforation, characterized in that several spots are arranged along a line running helically around a circumference of the predetermined breaking member such that a crack occurs along the line during forceful separation of the predetermined breaking member from the housing.
A system for generating foam in a sanitary appliance, the system comprising: a dosing device for dispensing a metered dosage of a substance capable of foaming; a receptacle for retaining a dispensed metered dosage of the substance; an agitation mechanism for agitating the dispensed metered dosage of the substance in the receptacle; and a triggering mechanism for activating a fluid supply means, whereby activation of the fluid supply means is effective: to direct fluid through a first fluid outlet into contact with the substance, thereby to dispense the dosage of the substance and to transport the dosage to the receptacle and to direct fluid through a second fluid outlet to the agitation mechanism to cause the agitation mechanism to agitate the substance in the receptacle. a dosing device for dispensing a metered dosage of a substance capable of foaming; a receptacle for retaining a dispensed metered dosage of the substance; an agitation mechanism for agitating the dispensed metered dosage of the substance in the receptacle; and a triggering mechanism for activating a fluid supply means, whereby activation of the fluid supply means is effective: to direct fluid through a first fluid outlet into contact with the substance, thereby to dispense the dosage of the substance and to transport the dosage to the receptacle and to direct fluid through a second fluid outlet to the agitation mechanism to cause the agitation mechanism to agitate the substance in the receptacle. a triggering mechanism for activating a fluid supply means, whereby activation of the fluid supply means is effective: to direct fluid through a first fluid outlet into contact with the substance, thereby to dispense the dosage of the substance and to transport the dosage to the receptacle and to direct fluid through a second fluid outlet to the agitation mechanism to cause the agitation mechanism to agitate the substance in the receptacle. to direct fluid through a first fluid outlet into contact with the substance, thereby to dispense the dosage of the substance and to transport the dosage to the receptacle and to direct fluid through a second fluid outlet to the agitation mechanism to cause the agitation mechanism to agitate the substance in the receptacle.
An intraluminal stent, comprising: a first supporting end, a second supporting end, and a plurality of non-biodegradable struts (618, 620) extending between the first supporting end and the second supporting end to define a generally cylindrical body including a plurality of undulating rings arranged in phase with each other, the cylindrical body having a lumen and a longitudinal length, the struts being self-expandable from a collapsed configuration to an expanded configuration; a biodegradable stabilizing element (630, 632, 634, 638) comprising a first end, a second end, and a fixed length therebetween, the first end connected to a first strut and the second end connected to a second strut, the biodegradable stabilizing element extending generally longitudinally; and wherein the biodegradable stabilizing element (630, 632, 634, 638) spans between the first strut and the second strut without obstructing the lumen and wherein the biodegradable stabilizing element (630, 632, 634, 638) is attached to adjacent undulating rings so as to connect said adjacent undulating rings together to reinforce the stent with axial stiffness. a first supporting end, a second supporting end, and a plurality of non-biodegradable struts (618, 620) extending between the first supporting end and the second supporting end to define a generally cylindrical body including a plurality of undulating rings arranged in phase with each other, the cylindrical body having a lumen and a longitudinal length, the struts being self-expandable from a collapsed configuration to an expanded configuration; a biodegradable stabilizing element (630, 632, 634, 638) comprising a first end, a second end, and a fixed length therebetween, the first end connected to a first strut and the second end connected to a second strut, the biodegradable stabilizing element extending generally longitudinally; and wherein the biodegradable stabilizing element (630, 632, 634, 638) spans between the first strut and the second strut without obstructing the lumen and wherein the biodegradable stabilizing element (630, 632, 634, 638) is attached to adjacent undulating rings so as to connect said adjacent undulating rings together to reinforce the stent with axial stiffness.