mhurhangee/ep-ind-claims huggingface dataset:
A stopper for a syringe assembly, the stopper comprising a composition including 30 to 65% by weight of a thermoplastic elastomer, 10 to 35% by weight of polyolefin or other high melting polymer with a melting temperature greater than 170 degrees C, and 20 to 35% by weight of a hydrocarbon liquid mixed therein, wherein the compression set of the thermoplastic elastomer is ≤ 50% when measured at 25% compression for 22 hrs at 70 degrees C (ASTM D395-03, Method B), wherein the hardness of the thermoplastic elastomer is 40-70 Shore A (ASTM D2240-05), and wherein the viscosity of the thermoplastic elastomer, measured using a capillary rheometer at 205 degrees C, Die: Roundhole 20 mm length / 1 mm diameter / 180 degree inlet, Piston: d = 15 mm, and melting time = 7 min., is ≥ 70.0 Pa.s at 1,000 s -1 shear rate, ≥ 12.0 Pa.s at 10,000 s -1 shear rate, and ≥ 3.0 Pa.s at 50,000 s -1 shear rate.
A track and trace packaging method for packaging goods comrpising one or more process steps (S1-S5), wherein a number of products is supplied as a batch to one or more trackable packaging units, in particular of different size, that, for tracking purposes, are provided with an identification (1, 11) that is read in during the at least one process step (S2-S5) and stored in a database and/or verified, wherein a control unit creates a batch workflow comprising the at least one process step (S2-S5) for working on the batch, wherein users can sign into or out of the batch or the batch workflow using a mobile terminal, which is communicatively connected to the control unit and/or to at least one other mobile terminal, and can undertake processing the at least one process step (S2-S5) partially or completely, and wherein at least one process step (S2-S5) is carried out completely or partially by a packaging plant in a supporting capacity, characterized in that mobile terminals signed into the batch workflow are communicatively connected to one another directly and synchronize one another in real time. wherein a control unit creates a batch workflow comprising the at least one process step (S2-S5) for working on the batch, wherein users can sign into or out of the batch or the batch workflow using a mobile terminal, which is communicatively connected to the control unit and/or to at least one other mobile terminal, and can undertake processing the at least one process step (S2-S5) partially or completely, and wherein at least one process step (S2-S5) is carried out completely or partially by a packaging plant in a supporting capacity, characterized in that mobile terminals signed into the batch workflow are communicatively connected to one another directly and synchronize one another in real time.
A method for conducting a combined audio-video call between a first mobile station capable of video telephony and a second mobile station capable of video telephony, the method comprising: - establishing an audio call between said first and second mobile station; - establishing a combined audio-video call between said first and second mobile station, said combined audio-video call comprising live video; the method characterized in that it comprises the steps of: - receiving data indicative of a user selection of live video to be displayed with a predetermined delay on a display of the second mobile station, wherein the data is received at the first mobile station via a user interface of the first mobile station during said established combined audio-video call; and - conducting said combined audio-video call, in response to the received data and based on the user selection, such that the selected live video is displayed with a predetermined delay on the display of the second mobile station during the combined audio-video call. - establishing an audio call between said first and second mobile station; - establishing a combined audio-video call between said first and second mobile station, said combined audio-video call comprising live video; - receiving data indicative of a user selection of live video to be displayed with a predetermined delay on a display of the second mobile station, wherein the data is received at the first mobile station via a user interface of the first mobile station during said established combined audio-video call; and - conducting said combined audio-video call, in response to the received data and based on the user selection, such that the selected live video is displayed with a predetermined delay on the display of the second mobile station during the combined audio-video call.
A method of testing communications equipment, comprising: providing to the communications equipment a test traffic load which varies with time to a different level of test traffic load, and measuring one or more parameter which characterizes the communications equipment in handling a transition of the test traffic load to the different level, said method is characterised by that the communications equipment is operable in one of a plurality of power management modes (80,82), and providing the test traffic load comprises providing the test traffic load which varies with time, and the transition of the test traffic load to the different level triggers a change to a different one of the power management modes (80,82), and measuring one or more parameter comprises measuring one or more parameter which characterizes the communications equipment in handling a transition to the different power management mode (80,82). providing to the communications equipment a test traffic load which varies with time to a different level of test traffic load, and measuring one or more parameter which characterizes the communications equipment in handling a transition of the test traffic load to the different level, said method is characterised by that the communications equipment is operable in one of a plurality of power management modes (80,82), and providing the test traffic load comprises providing the test traffic load which varies with time, and the transition of the test traffic load to the different level triggers a change to a different one of the power management modes (80,82), and measuring one or more parameter comprises measuring one or more parameter which characterizes the communications equipment in handling a transition to the different power management mode (80,82).
An article of footwear comprising an upper and a sole structure, wherein said sole structure comprises a midsole (199, 301, 500, 600, 700, 800); and wherein the midsole (199, 301, 500, 600, 700, 800) comprises at least one bladder member (200, 400, 900, 1000) comprised of fluidly-connected inflated components (181, 210, 410, 4101, 4102, 4103, 510, 610, 710, 902, 904, 1004, 1040, 1042), characterized in that the fluidly-connected inflated components (181, 210, 410, 4101, 4102, 4103, 510, 610, 710, 902, 904, 1004, 1040, 1042) form an auxetic structure; and in that the fluidly-connected inflated components (181, 210, 410, 4101, 4102, 4103, 510, 610, 710, 902, 904, 1004, 1040, 1042) are connected by connecting portions that function as hinges, allowing the inflated components to rotate with respect to each other.
A turbomachine output bearing support extending according to an axial direction, said support being formed by one and the same piece and comprising an annular inner wall having an inner side and an outer side, and a twist support, the inner wall comprising a first section having a first substantially frustoconical form extending according to the axial direction and having the inner side and the outer side, the first section having a first axial end (12A1) provided with a first attachment flange and a second axial end (12A2) opposite to the first axial end (12A1) according to the axial direction, provided with a bearing support section, the first section carrying on the inner side an inner section forming a second attachment flange, the twist support being carried by the inner wall on the outer side, characterized in that said support formed by one and the same piece comprises an annular outer wall arranged to the outer side of the inner wall.
Salmonella typhi Ty21a comprising core-linked Shigella dysenteriae type 1 O-specific polysaccharide (O-Ps) and DNA encoding O antigen biosynthesis, said DNA selected from the group consisting of: nucleic acid molecules encoding gene products that share at least about 90% sequence identity with the polypeptide encoded by the nucleic acid molecule of SEQ ID NO: 1 or 2.
A surgical instrument manipulation system comprising: a surgical arm configured to secure to a base; a surgical tool holder assembly comprising: a surgical tool holder having a passage, and an attachment interface on a first end of the surgical tool holder, comprising a plurality of torque couplers that protrudes outward from the attachment interface, wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators, and the plurality of actuators are arranged in a ring formation around the passage; and a surgical tool comprising: a reciprocal attachment interface on a first face of the surgical tool, an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder, and an elongated body extending from the first face of the surgical tool, the elongated body capable of passing through the passage of the surgical tool holder. a surgical arm configured to secure to a base; a surgical tool holder assembly comprising: a surgical tool holder having a passage, and an attachment interface on a first end of the surgical tool holder, comprising a plurality of torque couplers that protrudes outward from the attachment interface, wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators, and the plurality of actuators are arranged in a ring formation around the passage; and a surgical tool holder having a passage, and an attachment interface on a first end of the surgical tool holder, comprising a plurality of torque couplers that protrudes outward from the attachment interface, wherein each of the plurality of torque couplers is coupled to one of a corresponding plurality of actuators, and the plurality of actuators are arranged in a ring formation around the passage; and a surgical tool comprising: a reciprocal attachment interface on a first face of the surgical tool, an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder, and an elongated body extending from the first face of the surgical tool, the elongated body capable of passing through the passage of the surgical tool holder. a reciprocal attachment interface on a first face of the surgical tool, an attachment mechanism configured to releasably attach the reciprocal attachment interface to the attachment interface of the surgical tool holder, and an elongated body extending from the first face of the surgical tool, the elongated body capable of passing through the passage of the surgical tool holder.
A turbine engine comprising: a combustion section; a gas passage leading from the combustion section and including a turbine section downstream of the combustion section and a nozzle downstream of the turbine section, the gas passage including an article with at least one surface of the article exposed in the gas passage, wherein said article comprises: a substrate comprising a ceramic matrix composite and having a heat-exposure surface; and a monocoating disposed directly on the heat-exposure surface, the monocoating comprising vitreous glass, wherein the ceramic matrix composite includes a continuous ceramic matrix phase, a fiber phase within the matrix phase and an interface coating comprising boron between the matrix phase and the fiber phase, and the vitreous glass is a discrete phase or region within a continuous matrix of a ceramic material. a combustion section; a gas passage leading from the combustion section and including a turbine section downstream of the combustion section and a nozzle downstream of the turbine section, the gas passage including an article with at least one surface of the article exposed in the gas passage, wherein said article comprises: a substrate comprising a ceramic matrix composite and having a heat-exposure surface; and a monocoating disposed directly on the heat-exposure surface, the monocoating comprising vitreous glass, wherein the ceramic matrix composite includes a continuous ceramic matrix phase, a fiber phase within the matrix phase and an interface coating comprising boron between the matrix phase and the fiber phase, and the vitreous glass is a discrete phase or region within a continuous matrix of a ceramic material. a substrate comprising a ceramic matrix composite and having a heat-exposure surface; and a monocoating disposed directly on the heat-exposure surface, the monocoating comprising vitreous glass, wherein the ceramic matrix composite includes a continuous ceramic matrix phase, a fiber phase within the matrix phase and an interface coating comprising boron between the matrix phase and the fiber phase, and the vitreous glass is a discrete phase or region within a continuous matrix of a ceramic material.
A security device comprising a layer of colourshifting material and, at least partially applied over a first surface of the colourshifting layer, a light control layer having a surface structure which modifies the angle of light reflected by the security device, in characterised in that at least one region of the light control layer is indexed out using a material having substantially the same refractive index as the light control layer, wherein a layer is disposed between the colourshifting layer and the light control layer.
Setting device for a latching arrangement for setting a movable furniture part which is mounted on a furniture body, wherein the setting device comprises a mount, a spring member and an operating lever (4, 5), wherein the setting device can be mounted on a holding member of the latching arrangement such that it can be pivoted via the mount, and wherein a latching element is formed on the spring member, wherein the shape of the spring member, and therefore the position of the latching element can be varied by means of the operating lever (4, 5), without interaction with any other element, wherein the operating lever (4, 5) comprises an operating member (18, 19), characterised in that the operating member (18, 19) is configured in such a way as to engage behind the spring member, in that the latching element of the spring member can be moved in the opposite direction to the latching direction of the latching element.
Process for producing a microporous, heat-insulating moulded body which has been hydrophobicized with organosilanes, characterized in that a hydrophilic heat-insulating moulded body whose surface a) has been partly or fully firmly bonded to an open-pored, hydrophilic layer or b) has been partly firmly adhesively bonded to a hydrophilic layer which is not open-pored or c) has been partly firmly adhesively bonded to an open-pored, hydrophilic layer and partly firmly adhesively bonded to a hydrophilic layer which is not open-pored is treated with one or more gaseous organosilanes in a chamber in which a pressure of less than atmospheric pressure prevails. a) has been partly or fully firmly bonded to an open-pored, hydrophilic layer or b) has been partly firmly adhesively bonded to a hydrophilic layer which is not open-pored or c) has been partly firmly adhesively bonded to an open-pored, hydrophilic layer and partly firmly adhesively bonded to a hydrophilic layer which is not open-pored
An ice detector probe, comprising three segments provided in turn in an air flow direction (i), characterized in that an outer surface of a first segment is shaped for collecting water droplets in the air flow; an outer surface of a second segment is shaped to enable supercooled large water droplets with a median volumetric diameter of above 50 microns to sufficiently decelerate and release latent heat during movement thereof; an outer surface of a third segment is configured to enable supercooled large water droplets to get iced thereon; the first segment comprises a head located at a front end, and the head has a radius of curvature in a range of 3 to 6 mm; the second segment comprises a normal-state icing area (a) for normal-state water droplets with a median volumetric diameter of less than 50 microns to get iced thereon, and the normal-state icing area (a) is configured in a wedge shape as viewed from one side; and the third segment comprises a stagnation area (t) which is in a shape inwardly recessed, the third segment further comprises a tail area (u) located in the rear thereof, and the tail area (u) enables the ice detector probe to form a smooth aerodynamic outer shape so as to reduce the influence on the probe on the ambient flow field.
An endoscope with a distal tip part comprising a tip housing integrally moulded from a first material and a second material, the second material being a transparent material, said housing comprising an end wall and a surrounding side wall with an internal end wall surface and an internal side wall surface so as to define at least one inner compartment accommodating an electronic vision device and at least one light source, where the end wall comprises an external end surface facing the exterior of the housing and the surrounding side wall comprises an external surrounding side surface facing the exterior of the housing, where the second material is provided as a part of the end wall so as to provide a vision window in the end wall covering the electronic vision device and a light emission window adapted to receive and transmit light from the at least one light source through the end wall, wherein, in the end wall, said second material overlaps at least partially said first material when viewed from the exterior towards the external end surface wherein the second material is provided as one contiguous part so as to provide both said vision window and said light emission window, and wherein the second material is provided as one contiguous part providing part of the side wall and part of the end wall. said housing comprising an end wall and a surrounding side wall with an internal end wall surface and an internal side wall surface so as to define at least one inner compartment accommodating an electronic vision device and at least one light source, where the end wall comprises an external end surface facing the exterior of the housing and the surrounding side wall comprises an external surrounding side surface facing the exterior of the housing, where the second material is provided as a part of the end wall so as to provide a vision window in the end wall covering the electronic vision device and a light emission window adapted to receive and transmit light from the at least one light source through the end wall, wherein, in the end wall, said second material overlaps at least partially said first material when viewed from the exterior towards the external end surface wherein the second material is provided as one contiguous part so as to provide both said vision window and said light emission window, and wherein the second material is provided as one contiguous part providing part of the side wall and part of the end wall.
A limit switch, in which a rotating shaft is rotatably inserted through a cylindrical bearing section in an attachment hole made in a side surface of a box partially constituting a housing, a cam unit (62, 63, 64) is provided in a leading end portion of the rotating shaft while an operation lever is provided in the other end portion, rotational action of the operation lever is converted into vertical action by the cam unit (62, 63, 64) comprised in the box, and a contact of a switch main body accommodated in and fixed to the housing is opened and closed, characterized in that an outer diameter of the cam unit (62, 63, 64) is smaller than an inner diameter of the attachment hole such that the cam unit (62, 63, 64) fitted on the leading end portion of the rotating shaft can be unidirectionally inserted in the box through the attachment hole.
A method of producing a container, comprising: a preform molding step of molding a preform in which at least an inner surface is made of polyester and which has transparency; a coating step of coating the inner surface of the preform with a coating layer having elongation capacity and water insolubility; and a liquid blow molding step of molding the preform into the container having a predetermined shape by supplying a pressurized liquid into the preform in which the inner surface is coated with the coating layer, wherein, in the liquid blow molding step, a liquid detergent, a softener or an alcohol drink is used as the pressurized liquid, and wherein the coating layer is made of polyvinyl butyral or polyvinylidene chloride. a preform molding step of molding a preform in which at least an inner surface is made of polyester and which has transparency; a coating step of coating the inner surface of the preform with a coating layer having elongation capacity and water insolubility; and a liquid blow molding step of molding the preform into the container having a predetermined shape by supplying a pressurized liquid into the preform in which the inner surface is coated with the coating layer, wherein, in the liquid blow molding step, a liquid detergent, a softener or an alcohol drink is used as the pressurized liquid, and wherein the coating layer is made of polyvinyl butyral or polyvinylidene chloride.
Inkjet printer operable to print a print substrate made of textile, paper or plastic material, or the like; the inkjet printer comprises a sliding transfer surface to feed the print substrate in a feed direction; a printing device arranged above the transfer surface to define, on the transfer surface, a printing station; suction means arranged below the transfer surface to maintain the print substrate adhering to and stationary with respect to the transfer surface during sliding; further comprising masking plates suitable for optimising suction efficiency of the suction means, the inkjet printer being characterised in that it comprises an adjustment assembly to adjust planarity of the transfer surface, wherein the masking plates are arranged on the transfer surface in the lateral parts of the transfer surface which are not covered, during use, by the print substrate.
A method for preparing a tissue repair material_from scales, comprising the step of: acellularizing a fish scale to remove most albumin and few glycosaminogylcans_after grinding the fish scale; grinding the fish scale into plurality of ground particles, wherein the ground particles contain a mixture of sponge like matrix and powder; and cleaning the fish scale until a value of LAL of the tissue repair material is below 1000 Eu/ml. acellularizing a fish scale to remove most albumin and few glycosaminogylcans_after grinding the fish scale; grinding the fish scale into plurality of ground particles, wherein the ground particles contain a mixture of sponge like matrix and powder; and cleaning the fish scale until a value of LAL of the tissue repair material is below 1000 Eu/ml.