mhurhangee/ep-ind-claims huggingface dataset:
A respiratory interface device comprising a body, a frame and an inlet conduit, wherein: the frame comprises: a front portion having a front wall and two side walls; side arms; and a support platform extending rearwardly from said front wall, the support platform having an inlet opening formed therein; the body comprises at least one nasal outlet for interfacing with a user's nostril in use, at least one opening through which the support platform extends, and a base wall having a base opening therein; and wherein the inlet conduit comprises, at a first end thereof, a connector that extends through the base opening of the body and the inlet opening of the support platform, and clamps the base wall of the body and the support platform together, a chamber being defined between the support platform and the body, which chamber provides fluid communication between the inlet conduit and the one or more nasal outlets. the frame comprises: a front portion having a front wall and two side walls; side arms; and a support platform extending rearwardly from said front wall, the support platform having an inlet opening formed therein; the body comprises at least one nasal outlet for interfacing with a user's nostril in use, at least one opening through which the support platform extends, and a base wall having a base opening therein; and wherein the inlet conduit comprises, at a first end thereof, a connector that extends through the base opening of the body and the inlet opening of the support platform, and clamps the base wall of the body and the support platform together, a chamber being defined between the support platform and the body, which chamber provides fluid communication between the inlet conduit and the one or more nasal outlets.
A treatment device comprising: a first grip member having an elongated shape; and a second grip member which comprises a grip section adapted to come into contact with a biological tissue as a gripping target, wherein the first grip member is displaced with respect to the second grip member to grip the biological tissue between the first grip member and the second grip member, wherein an end of the grip section on a side connected with the first grip member is a proximal end; an end of the grip section on a free end side is a distal end; and I/A 2 at the proximal end is larger than I/A 2 at other positions within the grip section, and/or Z/A 3/2 at the proximal end is larger than Z/A 3/2 at other positions within the grip section, where I is a second moment of area, Z is a section modulus, A is a cross-sectional area and, in a coordinate system having as origin a center of gravity of a cross section perpendicular to the longitudinal axis of the second grip member, at a predetermined distance from the distal end of the second grip member, assuming a gripping load being perpendicularly applied to a gripping surface of the second grip member, I and Z are calculated at the predetermined distance with respect to an axis provided in a direction perpendicular to the gripping load, and wherein when the first grip member and the second grip member grip the biological tissue, the second grip member is configured to ultrasonically vibrate, characterized in that a shape of the cross section of the grip section is an inverted U-shape in which a side opposite to a side facing the first member is open. a first grip member having an elongated shape; and a second grip member which comprises a grip section adapted to come into contact with a biological tissue as a gripping target, wherein the first grip member is displaced with respect to the second grip member to grip the biological tissue between the first grip member and the second grip member, wherein an end of the grip section on a side connected with the first grip member is a proximal end; an end of the grip section on a free end side is a distal end; and I/A 2 at the proximal end is larger than I/A 2 at other positions within the grip section, and/or Z/A 3/2 at the proximal end is larger than Z/A 3/2 at other positions within the grip section, where I is a second moment of area, Z is a section modulus, A is a cross-sectional area and, in a coordinate system having as origin a center of gravity of a cross section perpendicular to the longitudinal axis of the second grip member, at a predetermined distance from the distal end of the second grip member, assuming a gripping load being perpendicularly applied to a gripping surface of the second grip member, I and Z are calculated at the predetermined distance with respect to an axis provided in a direction perpendicular to the gripping load, and wherein when the first grip member and the second grip member grip the biological tissue, the second grip member is configured to ultrasonically vibrate, characterized in that a shape of the cross section of the grip section is an inverted U-shape in which a side opposite to a side facing the first member is open.
Arrangement for contactless determination of at least one dimension of a moving material web, in particular a material web made of opaque material, - with a backlight, - with optical detection means for detecting at least one momentary contrast image, and - with evaluation means, - wherein a continuous movement of the material web is possible in a plane between the at least one optical detection means and the backlight, - wherein the momentary contrast image has at least one information about at least one light intensity laterally adjacent to the material web, - wherein at least one shading element partially covering the backlight is arranged between the backlight and the material web so that the shading element is partially covered by the material web, and - wherein the momentary contrast image represents a shading of the backlight by the material web and by the shading element, characterized - in that the evaluation means are configured to compare the momentary contrast image with a reference contrast image, - wherein the reference contrast image corresponds to a shading of the backlight only by the shading element, and - in that the evaluation means are configured to determine a correction factor from the comparison and to take this correction factor into account for determining the real dimension of the material web, - wherein the real dimension corresponds to the actual width of the web at which the momentary contrast image was generated. - with a backlight, - with optical detection means for detecting at least one momentary contrast image, and - with evaluation means, - wherein a continuous movement of the material web is possible in a plane between the at least one optical detection means and the backlight, - wherein the momentary contrast image has at least one information about at least one light intensity laterally adjacent to the material web, - wherein at least one shading element partially covering the backlight is arranged between the backlight and the material web so that the shading element is partially covered by the material web, and - wherein the momentary contrast image represents a shading of the backlight by the material web and by the shading element, characterized - in that the evaluation means are configured to compare the momentary contrast image with a reference contrast image, - wherein the reference contrast image corresponds to a shading of the backlight only by the shading element, and - in that the evaluation means are configured to determine a correction factor from the comparison and to take this correction factor into account for determining the real dimension of the material web, - wherein the real dimension corresponds to the actual width of the web at which the momentary contrast image was generated.
A tray conveyor (40; 84; 100; 118; 146; 162) comprising: a tray including a top and a bottom and a forcer between the top and the bottom; a conveyor frame having first and second sides (48, 49); a linear-motor stator supported in the conveyor frame; a stator enclosure housing the linear-motor stator supported in the conveyor frame; a top guide surface supported in the conveyor frame under the tray; wherein the linear-motor stator propagates an electromagnetic wave along the length of the conveyor frame that interacts with the forcer in the tray to propel the tray in a conveying direction along the conveyor frame on or over the top guide surface (56; 126); and wherein a disposal system is provided to provide egress through which the tray pushes fluids or debris from the top guide surface, characterised in that the tray conveyor comprises a first tray rail (46; 102; 120) supported in the conveyor frame along the first side and a second tray rail (47; 103; 121) supported in the conveyor frame along the second side to limit the lateral excursion of the tray. a tray including a top and a bottom and a forcer between the top and the bottom; a conveyor frame having first and second sides (48, 49); a linear-motor stator supported in the conveyor frame; a stator enclosure housing the linear-motor stator supported in the conveyor frame; a top guide surface supported in the conveyor frame under the tray; wherein the linear-motor stator propagates an electromagnetic wave along the length of the conveyor frame that interacts with the forcer in the tray to propel the tray in a conveying direction along the conveyor frame on or over the top guide surface (56; 126); and wherein a disposal system is provided to provide egress through which the tray pushes fluids or debris from the top guide surface, characterised in that the tray conveyor comprises a first tray rail (46; 102; 120) supported in the conveyor frame along the first side and a second tray rail (47; 103; 121) supported in the conveyor frame along the second side to limit the lateral excursion of the tray.
A azacyclic constrained FTY720 analog small molecule compound having the formula: wherein: R 1 is an optional functional group selected from an alkyl chain, (CH 2) n OH, CH 2 O-alkyl, CH 2 O-alkyne, and (CH 2) n OMe; R2 is an aliphatic chain (C 6 - C 10); R 3 is a mono-, di-, tri- or quad- aromatic substituent comprising hydrogen, halogen, alkyl, alkoxy, azide (N 3), ether, NO 2, or cyanide; R4 is H or CH 2 OH; L is O-CH 2; Me is an alkyl, alkene or alkyne; n is an independently selected integer selected from the group of 1, 2, or 3; and wherein, when n = 1, the benzyl group can be linked to the pyrrolidine ring at either position 3 or 4. R 1 is an optional functional group selected from an alkyl chain, (CH 2) n OH, CH 2 O-alkyl, CH 2 O-alkyne, and (CH 2) n OMe; R2 is an aliphatic chain (C 6 - C 10); R 3 is a mono-, di-, tri- or quad- aromatic substituent comprising hydrogen, halogen, alkyl, alkoxy, azide (N 3), ether, NO 2, or cyanide; R4 is H or CH 2 OH; L is O-CH 2; Me is an alkyl, alkene or alkyne; n is an independently selected integer selected from the group of 1, 2, or 3; and wherein, when n = 1, the benzyl group can be linked to the pyrrolidine ring at either position 3 or 4.
A radiographic image capturing device (l) comprising: a two-dimensional array of radiation detectors that generate electrical charges corresponding to a dose of incident radiation; and a control unit that reads the electrical charges discharged from the radiation detectors in a form of image data, wherein, the control unit has radiographic modes including a still image mode for still image radiography, a moving image mode for moving image radiography, and a continuous radiographic mode for reading the image data without distinguishing between the still image radiography and the moving image radiography, and the control unit selects the continuous radiographic mode to sequentially read the image data of individual frames when an instruction on performing the still image radiography or the moving image radiography is not sent from an external control device or a user or when the radiographic mode is unknown to be either the still image radiography or the moving image radiography due to communication failure with the external control device. a two-dimensional array of radiation detectors that generate electrical charges corresponding to a dose of incident radiation; and a control unit that reads the electrical charges discharged from the radiation detectors in a form of image data, wherein, the control unit has radiographic modes including a still image mode for still image radiography, a moving image mode for moving image radiography, and a continuous radiographic mode for reading the image data without distinguishing between the still image radiography and the moving image radiography, and the control unit selects the continuous radiographic mode to sequentially read the image data of individual frames when an instruction on performing the still image radiography or the moving image radiography is not sent from an external control device or a user or when the radiographic mode is unknown to be either the still image radiography or the moving image radiography due to communication failure with the external control device.
An angular facing profile comprising two facing elements connected by one end-face side at an angle corresponding to the angle formed by walls of an opening being faced to which the profile adjoins through its rear side, each facing element including a central section, a first lateral section and a second lateral section arranged at opposite sides of the central section, wherein at the other end-face side of the central and first lateral section a protruding mounting element is provided; and at the other end-face side of the second lateral section there is provided at least one projection capable of connecting other facing profiles, characterised by the second lateral section being rounded in the cross-section and curved towards the profile front face; and by a ┌-shaped fastening section for attachment to a wall located at an rear side of an profile and connected by one side with central and the second lateral sections at their junction; wherein between the other side of the ┌-shaped fastening section located in parallel to the rear side of the profile and the second lateral section a gap is made that is capable of accommodating an attachable facing profile.
A coating composition comprising a solid component comprising a clay and mica, wherein the clay comprises from about 50 to about 90% by weight of kaolinite and from about 5 to about 35% by weight of montmorillonite and the coating composition comprises, based on the solid component, from about 5 to about 50 parts by weight of clay and about 10 to 80 parts by weight of mica, wherein the ratio of mica to clay is from about 1:1 to about 5:1 (weight/weight).
Use of a vinyl chloride graft copolymer comprising A) 35 to 60 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a grafted, crosslinked copolymer preparable by copolymerisation of: 80 to 99.95 % by weight vinyl chloride, 0.05 to 3.0 % by weight of polyethylenically unsaturated comonomers and 0 to 19.95 % by weight of other copolymerisable, ethylenically unsaturated comonomers, or 35 to 60 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a grafted (co)polymer, preparable by (co)polymerisation of 80 to 100 % by weight vinyl chloride and 0 to 20 % by weight of other copolymerisable, ethylenically unsaturated comonomers, at a polymerisation temperature of 0 to 45°C, and B) 40 to 65 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a crosslinked grafting base containing a crosslinked acrylic acid ester copolymer with 0.01 to 5 % by weight of polyethylenically unsaturated comonomer units and optionally further comonomer units copolymerisable with acrylic acid esters, for the production of a colour masterbatch. A) 35 to 60 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a grafted, crosslinked copolymer preparable by copolymerisation of: 80 to 99.95 % by weight vinyl chloride, 0.05 to 3.0 % by weight of polyethylenically unsaturated comonomers and 0 to 19.95 % by weight of other copolymerisable, ethylenically unsaturated comonomers, or 35 to 60 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a grafted (co)polymer, preparable by (co)polymerisation of 80 to 100 % by weight vinyl chloride and 0 to 20 % by weight of other copolymerisable, ethylenically unsaturated comonomers, at a polymerisation temperature of 0 to 45°C, and 80 to 99.95 % by weight vinyl chloride, 0.05 to 3.0 % by weight of polyethylenically unsaturated comonomers and 0 to 19.95 % by weight of other copolymerisable, ethylenically unsaturated comonomers, or 35 to 60 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a grafted (co)polymer, preparable by (co)polymerisation of 80 to 100 % by weight vinyl chloride and 0 to 20 % by weight of other copolymerisable, ethylenically unsaturated comonomers, at a polymerisation temperature of 0 to 45°C, B) 40 to 65 % by weight, based on the total weight of the vinyl chloride graft copolymer, of a crosslinked grafting base containing
A sink top accessory comprising: two outer panels (22, 26) each having a predetermined depth being a dimension from a front towards a back of the sink top accessory; and a center panel having a depth smaller than the predetermined depth of the two outer panels (22, 26), the center panel being connected to the two outer panels (22, 26) using living hinges. two outer panels (22, 26) each having a predetermined depth being a dimension from a front towards a back of the sink top accessory; and a center panel having a depth smaller than the predetermined depth of the two outer panels (22, 26), the center panel being connected to the two outer panels (22, 26) using living hinges.
A packet processing method, wherein the method comprises: obtaining, by a controller, service information, and determining at least one forwarding device based on the service information; generating, by the controller, an instruction list based on the service information and network function information of the at least one forwarding device, wherein the network function information is used to indicate a network function of the at least one forwarding device, the network function is a function owned by a network device in a communications network, and the instruction list comprises a control instruction generated by the controller for the at least one forwarding device; and sending, by the controller, the corresponding control instruction in the instruction list to the at least one forwarding device, wherein the control instruction is used to instruct the at least one forwarding device to perform corresponding processing on a service packet of a service corresponding to the service information; wherein the network function information comprises a function instruction set, and the function instruction set is a set of network function instructions sent by the at least one forwarding device to the controller, and wherein the forwarding device describes the network function packet processing capabilities of the forwarding device, based on an encoding format, in form of a corresponding instruction. obtaining, by a controller, service information, and determining at least one forwarding device based on the service information; generating, by the controller, an instruction list based on the service information and network function information of the at least one forwarding device, wherein the network function information is used to indicate a network function of the at least one forwarding device, the network function is a function owned by a network device in a communications network, and the instruction list comprises a control instruction generated by the controller for the at least one forwarding device; and sending, by the controller, the corresponding control instruction in the instruction list to the at least one forwarding device, wherein the control instruction is used to instruct the at least one forwarding device to perform corresponding processing on a service packet of a service corresponding to the service information; wherein the network function information comprises a function instruction set, and the function instruction set is a set of network function instructions sent by the at least one forwarding device to the controller, and wherein the forwarding device describes the network function packet processing capabilities of the forwarding device, based on an encoding format, in form of a corresponding instruction.
Brush for cleaning the inside of a flexible catheter, wherein the brush has a brush head and an elongated flexible brush head holder for advancing and retracting the brush head in the catheter, wherein the brush head comprises a twisted retaining wire or a plurality of twisted retaining wires and fibers, wherein the fibers are held by the retaining wire or the retaining wires and form a brush filling, characterized in that the brush head holder consists of only one flexible, untwisted wire, on the one end thereof the retaining wire or the retaining wires is/are butt welded thereon, wherein a transition from the retaining wire or from the retaining wires to the wire is free of burrs and/or wherein a maximum total outside diameter of a twisted region of the twisted retaining wire or the twisted retaining wires does not deviate from the outside diameter of the wire at all or deviates by at most 0.1 mm, wherein the maximum diameter of the wire is at most 1 mm.
A gas tank arrangement for a dual fuel internal combustion engine, said gas tank arrangement comprising a gas tank for containing a combustible gas, characterized in that the gas tank arrangement further comprises an additional gas tank downstream said gas tank, wherein said additional gas tank is configured to be arranged in upstream fluid communication with an air inlet of the dual fuel internal combustion engine for delivery of combustible gas to the dual fuel internal combustion engine via said air inlet.
Hydraulically damping engine mount with a housing accommodating an elastomeric support spring with at least one insertion part of metal or plastic, a mount core part extending in an axial direction (a) in the housing and supported by the support spring, and also two chambers (5, 6) arranged together in the axial direction (a) for a fluid damping agent, namely a working chamber and a equalisation chamber spatially separated from the working chamber by means of a channel unit, wherein the working chamber enclosed by the support spring with the mount core part and the channel unit and the equalisation chamber enclosed by the channel unit and by elastic bellows arranged between the channel and the side of the channel unit facing away from the working chamber are coupled to one another by means of a channel in the channel unit, characterised in that a thread pitch is formed on the outside contour of the elastomeric support spring prefabricated with the mount core part as a modular unit in the circumferential direction (u) thereof, which is brought into engagement with a corresponding inside contour of the housing.
A sheet-like hair care product comprising a substrate sheet containing cellulosic fibers and having a bending resistance of 10 mm to 70 mm as measured by the 45° cantilever method in accordance with JIS L1096:2010 and a liquid cosmetic composition, component being impregnated with 1 g to 50 g of component per sheet, wherein the substrate sheet has a first side and a second side located opposite to the first side, both the first side and the second side have a three-dimensional textured surface having raised portions and recessed portions, and in a plan view, the locations of the raised portions on the first side are substantially coincident with those on the second side, and the content of the liquid cosmetic composition is 20 mass% or more and 60 mass% or less, relative to the maximum water content of the substrate sheet.