mhurhangee/ep-ind-claims huggingface dataset:
A disposable insert containing compounds and/or components for use by a medical device during a diagnostic assay, said insert comprising the following elements: a sample fluid entry port, a sample fluid filtration device that is capable of removing red blood cells from whole blood, an analysis chamber, and fluidic pathways connecting the elements of the disposable insert, said insert further comprising either a) a reservoir containing a protease and a mixing chamber which is configured to mix a sample fluid with the protease, b) a mixing chamber which contains a protease, or c) said filtration device containing an appropriate amount of a protease, wherein the protease breaks a target analyte in the sample fluid into two or more peptides that are smaller than the original peptide, and wherein filtration is performed by capillary action or by a pumping means disposed within the medical device. a sample fluid entry port, a sample fluid filtration device that is capable of removing red blood cells from whole blood, an analysis chamber, and fluidic pathways connecting the elements of the disposable insert, said insert further comprising either a) a reservoir containing a protease and a mixing chamber which is configured to mix a sample fluid with the protease, b) a mixing chamber which contains a protease, or c) said filtration device containing an appropriate amount of a protease, wherein the protease breaks a target analyte in the sample fluid into two or more peptides that are smaller than the original peptide, and wherein filtration is performed by capillary action or by a pumping means disposed within the medical device. a) a reservoir containing a protease and a mixing chamber which is configured to mix a sample fluid with the protease, b) a mixing chamber which contains a protease, or c) said filtration device containing an appropriate amount of a protease,
A jaw crusher support frame to support a movable jaw of a jaw crusher via a mechanically actuated link assembly connected to the movable jaw, at least a part of the link assembly configured to allow the movable jaw to oscillate relative to a substantially stationary jaw in order to crush material in a zone between the movable and stationary jaws, the support frame comprising: a force transmission wall to extend generally in a plane transverse or perpendicular to a longitudinal axis of the link assembly, the wall having a first side to be facing the movable jaw and a second side to be rear facing away from the movable jaw; a piston aperture in the wall to allow a piston to extend from the first side of the wall, the piston connected to a mechanical actuator positioned at a region of the second side of the wall; and first and second reinforcement end regions extending along respective first and second lengthwise ends of the wall, each end region (126, 127) comprising a first (302, 305) and a second (303, 304) flange, the first flange (302, 305) projecting forward from the first side of the wall to extend towards the movable jaw and the second flange (303, 304) projecting from the second side of the wall to extend away from the movable jaw; the support frame characterised in that: the first (302, 305) and second (303, 304) flanges are curved relative to a plane of the force transmission wall such that the first (302, 305) and the second (303, 304) flanges curve back towards the plane of the force transmission wall. a force transmission wall to extend generally in a plane transverse or perpendicular to a longitudinal axis of the link assembly, the wall having a first side to be facing the movable jaw and a second side to be rear facing away from the movable jaw; a piston aperture in the wall to allow a piston to extend from the first side of the wall, the piston connected to a mechanical actuator positioned at a region of the second side of the wall; and first and second reinforcement end regions extending along respective first and second lengthwise ends of the wall, each end region (126, 127) comprising a first (302, 305) and a second (303, 304) flange, the first flange (302, 305) projecting forward from the first side of the wall to extend towards the movable jaw and the second flange (303, 304) projecting from the second side of the wall to extend away from the movable jaw; the support frame characterised in that: the first (302, 305) and second (303, 304) flanges are curved relative to a plane of the force transmission wall such that the first (302, 305) and the second (303, 304) flanges curve back towards the plane of the force transmission wall. the first (302, 305) and second (303, 304) flanges are curved relative to a plane of the force transmission wall such that the first (302, 305) and the second (303, 304) flanges curve back towards the plane of the force transmission wall.
Plate brake test stand having a brake force measuring device and a speed measuring device, wherein the plate brake test stand is constructed in such a manner that during a measurement operation for brake testing of a vehicle driving onto plates of the plate brake test stand and then braking, in addition to the brake force the speed of the vehicle can be measured for a predeterminable data evaluation, characterised in that the speed measuring device is constructed for contactless measurement of the speed and in that the brake force measuring device (3, 4) and the speed measuring device are constructed for synchronous and continuous detection of the brake force and the speed during the entire measurement operation or during predeterminable time periods or during predeterminable speed ranges of the vehicle.
Diffusion device, particularly for motor vehicles, said device being configured to accept a cartridge comprising one or a plurality of volatile agents, notably fragrances, said agent or each of said agents being housed in a cavity intended to be swept by an air flow, said device further comprising a selector (125a, 125b) provided with an inlet and an outlet for said air flow, said selector (125a, 125b) being configured so as to be mobile with respect to said cartridge so as to place said inlet and said outlet in communication with said or at least one of said cavities so that said air flow passes through the latter, characterized in that the selector (125a, 125b) comprises two rotary plates arranged one on each side of the cartridge, a first of said rotary plates comprising said inlet for the air flow and a second of said plates comprising said outlet for the air flow.
A method of controlling a load wrapping apparatus of the type configured to wrap a load on a load support with packaging material dispensed from a packaging material dispenser through relative rotation between the packaging material dispenser and the load support, the method comprising: receiving input data selecting a wrap profile from among a plurality of wrap profiles for the load wrapping apparatus, wherein each of the plurality of wrap profiles includes a plurality of wrapping parameters that control operation of the load wrapping apparatus when wrapping, and characterized in that the selected wrap profile includes a wrapping parameter among the plurality of wrapping parameters that identifies a controlled wrap cycle interruption to be performed when wrapping the load, wherein the controlled wrap cycle interruption is configured to temporarily interrupt the wrap cycle and provide guidance and/or instructions to an operator to perform a manual activity while the wrap cycle is temporarily interrupted; and also in that the method further comprises: performing a wrap cycle using the selected wrap profile to wrap the load with packaging material, including performing the controlled wrap cycle interruption during the wrap cycle by temporarily interrupting the wrap cycle and providing guidance and/or instructions to the operator to perform the manual activity while the wrap cycle is temporarily interrupted.
A high voltage power rail with an integral voltage hazard safety circuit, comprising: an electric rail comprising a first node and a second node, wherein the electric rail is electrically connected to a high voltage operational power supply; an electrically driven device connected to the high voltage operational power supply via the electric rail; a voltage meter having a first probe attached to the first node of the electric rail and a second probe attached to the second node of the electric rail; a secondary power supply configured to provide a known voltage across the first and second nodes (202, 212) of the electric rail, wherein the second power supply is electrically connected to and powers the voltage meter, and wherein the high voltage operational power supply and the secondary power supply are independent of each other; a first switch positioned electrically between the electric rail and the high voltage operational power supply, and operable to electrically connect and disconnect the high voltage operational power supply to the electric rail; a second switch (124, 124a) positioned electrically between the electric rail and the secondary power supply, and operable to electrically connect and disconnect the secondary power supply to the electric rail; and a voltage indicator (126, 128) operably connected to the voltage meter and configured to provide an indication of a voltage measured by the voltage meter. an electric rail comprising a first node and a second node, wherein the electric rail is electrically connected to a high voltage operational power supply; an electrically driven device connected to the high voltage operational power supply via the electric rail; a voltage meter having a first probe attached to the first node of the electric rail and a second probe attached to the second node of the electric rail; a secondary power supply configured to provide a known voltage across the first and second nodes (202, 212) of the electric rail, wherein the second power supply is electrically connected to and powers the voltage meter, and wherein the high voltage operational power supply and the secondary power supply are independent of each other; a first switch positioned electrically between the electric rail and the high voltage operational power supply, and operable to electrically connect and disconnect the high voltage operational power supply to the electric rail; a second switch (124, 124a) positioned electrically between the electric rail and the secondary power supply, and operable to electrically connect and disconnect the secondary power supply to the electric rail; and a voltage indicator (126, 128) operably connected to the voltage meter and configured to provide an indication of a voltage measured by the voltage meter.
A method of making a layer of cured material for application to a leading edge of a wind turbine blade, the method comprising: arranging a flexible substrate in an application configuration in which a layer-supporting surface of the flexible substrate is substantially flat; applying a layer of liquid material to the layer-supporting surface; reconfiguring the flexible substrate into a curing configuration in which a part of the layer-supporting surface that supports the layer of material is curved; and curing the layer of material with the flexible substrate in the curing configuration to form a curved layer of cured material on the flexible substrate. arranging a flexible substrate in an application configuration in which a layer-supporting surface of the flexible substrate is substantially flat; applying a layer of liquid material to the layer-supporting surface; reconfiguring the flexible substrate into a curing configuration in which a part of the layer-supporting surface that supports the layer of material is curved; and curing the layer of material with the flexible substrate in the curing configuration to form a curved layer of cured material on the flexible substrate.
A columnar phosphor comprising: a high concentration region; and at least one of low concentration regions lower in concentration of an additive than the high concentration region, wherein the phosphor has an element α and an element β as the additive, the element α contains at least one of Y and Lu, and the element β contains at least one selected from the group consisting of Ce, Pr, Sm, Eu, Tb, Dy, Tm, and Yb, wherein the high concentration region surrounds at least one of low concentration regions in a cross-section of the phosphor parallel to a longitudinal direction of the phosphor, and at least one of low concentration regions penetrates the phosphor in the longitudinal direction, wherein "the high concentration region surrounds at least one of low concentration regions" means that the entire periphery of the at least one of the low concentration regions does not need to be fully surrounded by the high concentration region and the high concentration region may be positioned so as to sandwich the at least one of the low concentration regions. a high concentration region; and at least one of low concentration regions lower in concentration of an additive than the high concentration region, wherein the phosphor has an element α and an element β as the additive, the element α contains at least one of Y and Lu, and the element β contains at least one selected from the group consisting of Ce, Pr, Sm, Eu, Tb, Dy, Tm, and Yb, the phosphor has an element α and an element β as the additive, the element α contains at least one of Y and Lu, and the element β contains at least one selected from the group consisting of Ce, Pr, Sm, Eu, Tb, Dy, Tm, and Yb, wherein the high concentration region surrounds at least one of low concentration regions in a cross-section of the phosphor parallel to a longitudinal direction of the phosphor, and at least one of low concentration regions penetrates the phosphor in the longitudinal direction, wherein "the high concentration region surrounds at least one of low concentration regions" means that the entire periphery of the at least one of the low concentration regions does not need to be fully surrounded by the high concentration region and the high concentration region may be positioned so as to sandwich the at least one of the low concentration regions.
Hot beverage preparation device for household use with a front panel facing a user, with a shelf surface arranged on the front panel for a beverage vessel with an output device arranged above for dispensing a hot beverage into a beverage vessel positioned on the shelf surface and with a button mounted in an articulated manner over a large area and arranged on the front panel between the output device and the shelf surface, characterised by a pivot axis (12; 13) of the button arranged on an edge, which pivot axis (12; 13) extends at a spacing of up to one centimetre from the edge of the button or which is located outside the button surface.
An apparatus for separating solids from solids laden drilling fluid, the apparatus comprising a shale shaker and a screen assembly, the shale shaker comprising a base and a basket isolated from said base, a flow tray arranged in said basket for directing screened drilling fluid, the screen assembly comprising at least one layer of screening material, a support having a perimeter with a plurality of support points within said perimeter, wherein the flow tray comprises a plurality of contours forming a plurality of raised portions (513a-e) for supporting said plurality of support points to support said screen assembly, wherein the plurality of raised portions (513a-e) defines flow channels (502a-f) for directing said screened drilling fluid along said flow tray.
A wearable device comprising: a housing having a metal structure; a display disposed in the housing and including a metal layer, the metal layer being disposed so as to be surrounded by the metal structure and to be spaced apart from the metal structure by a gap; a printed circuit board, PCB, disposed in the housing and including a ground area; a control circuit disposed on the PCB and configured to feed a first point of the metal structure; a plurality of switches (SW1; SW2; SW3) connecting the metal structure and the ground area; and a motion sensor sensing movement of the wearable device, wherein the metal layer is electrically connected with the ground area of the PCB at a second point (B'), the first point and the second point (B') being spaced apart by an angle with respect to the center of the display; wherein the second point (B') is located at a rim of the metal layer, and wherein the control circuit is configured to control the plurality of switches (SW1; SW2; SW3) based on the sensed movement. a housing having a metal structure; a display disposed in the housing and including a metal layer, the metal layer being disposed so as to be surrounded by the metal structure and to be spaced apart from the metal structure by a gap; a printed circuit board, PCB, disposed in the housing and including a ground area; a control circuit disposed on the PCB and configured to feed a first point of the metal structure; a plurality of switches (SW1; SW2; SW3) connecting the metal structure and the ground area; and a motion sensor sensing movement of the wearable device, wherein the metal layer is electrically connected with the ground area of the PCB at a second point (B'), the first point and the second point (B') being spaced apart by an angle with respect to the center of the display; wherein the second point (B') is located at a rim of the metal layer, and wherein the control circuit is configured to control the plurality of switches (SW1; SW2; SW3) based on the sensed movement.
A copper alloy sputtering target most suitable for formation of an interconnection material of a semiconductor device, particularly for formation of a seed layer, wherein said target contains a total of 0.2 to 5wt% of at least one component selected from Sn, Al and Ti with the remainder being Cu, and the resistivity of the target material is greater than the resistivity of the copper alloy having the same composition in a thermal equilibrium state, characterised in that when the alloy contains Al, the ratio I /I of the X-ray diffraction peak intensity I of the face and the X-ray diffraction peak intensity I of the face is 2.2 or more in the sputtering face, and, when the alloy contains Sn and/or Ti, the ratio I /I of the X-ray diffraction peak intensity I of the face and the X-ray diffraction peak intensity I of the face is 2.2 or less in the sputtering face, and the variation in I /I in the sputtering face is respectively within +/-30%.
Thermoplastic composition, comprising: A) 10% to 29% by weight of quartz and/or quartz glass, wherein the D 50 of the quartz/quartz glass determined by laser diffraction according to ISO 13320:2009-10 is at least 2.0 μm B) 1% to 15% by weight of polysiloxane-polycarbonate copolymer as aromatic polycarbonate, C) at least 56% by weight of further aromatic polycarbonate. A) 10% to 29% by weight of quartz and/or quartz glass, wherein the D 50 of the quartz/quartz glass determined by laser diffraction according to ISO 13320:2009-10 is at least 2.0 μm B) 1% to 15% by weight of polysiloxane-polycarbonate copolymer as aromatic polycarbonate, C) at least 56% by weight of further aromatic polycarbonate.
Use of an attachment piece for attaching it to a conduit and integrating it structurally into a wall or floor element together with said conduit, namely by pouring a material being pourable first and hardening then, wherein said attachment piece is attached to said conduit for, while being adjacent to a side face of said wall or floor element, keeping free a recess in said material hardened then, said recess having a diameter being at least 50 % larger than an outer diameter of said conduit, wherein said attachment piece is a hollow body, at least a region of an outer wall of said hollow body keeping free said recess in said material pourable first, and wherein said attachment piece remains in said material hardened then after said pouring of said wall or floor element, wherein said conduit is a tube piece and said attachment piece is attached to said tube piece and fixed thereto by said attachment piece resting on said tube piece, characterized in that a flange member having a flange which projects beyond an inner diameter of said tube piece at least in a region is inserted into said tube piece, said flange covering said attachment piece at least partially seen in a conduit direction and pressing said attachment piece into said rest at said tube piece.
A packaged semiconductor device comprising a stack comprising - a die comprising a functional circuit, - a cap having a top surface and a bottom surface, the cap being attached with its bottom surface to the die for protecting the functional circuit, and - a mold component for overmolding the stack except for an access window, wherein at least the cap comprises at least one recess and optionally also the die, comprises at least one recess, the at least one recess in the cap and/or the at least one recess in the die having at least one slanted surface, and being at least partially in contact with the mold component, for increasing adhesion of the mold component to the stack, characterized in that the cap comprises the at least one recess in an upstanding wall remote from the top surface of the cap. - a die comprising a functional circuit, - a cap having a top surface and a bottom surface, the cap being attached with its bottom surface to the die for protecting the functional circuit, and - a mold component for overmolding the stack except for an access window,
A chamber configured to enclose a fetus having an umbilical cord attached thereto, within an interior space ofthe chamber, the chamber comprising: an outer wall that defines an outer boundary of the interior space; an inner wall that extends from the outer wall into the interior space such that the inner wall partially defines both a first portion ofthe interior space and a second portion ofthe interior space, wherein the chamber is configured to receive at least a portion of the umbilical cord in said second portion between a portion of the outer wall and a portion of the inner wall; a clamp positioned within the second portion, the clamp movable in a direction from one of the outer wall and the inner wall toward the other ofthe outer wall and the inner wall, wherein the clamp is configured to clamp the umbilical cord; and an actuator operably coupled to the clamp such that movement ofthe actuator moves the clamp in the direction. an outer wall that defines an outer boundary of the interior space; an inner wall that extends from the outer wall into the interior space such that the inner wall partially defines both a first portion ofthe interior space and a second portion ofthe interior space, wherein the chamber is configured to receive at least a portion of the umbilical cord in said second portion between a portion of the outer wall and a portion of the inner wall; a clamp positioned within the second portion, the clamp movable in a direction from one of the outer wall and the inner wall toward the other ofthe outer wall and the inner wall, wherein the clamp is configured to clamp the umbilical cord; and an actuator operably coupled to the clamp such that movement ofthe actuator moves the clamp in the direction.