mhurhangee/ep-ind-claims huggingface dataset:
Method of assembling a member (7, 17, 27, 67) made of a first material in a part (1, 3, 61) made of a second material having no plastic domain, including the following steps: a) forming the part (1, 3, 61) with an aperture (8, 18, 28, 68) and pierced holes (6, 16, 26, 26', 26", 26"', 46, 46', 66) distributed around the aperture (8, 18, 28, 68) intended to form elastic deformation means; characterised in that the method further comprises steps: b) inserting an intermediate part (4, 14, 24, 64), made of a third material and including a hole, into the aperture (8, 18, 28, 68) without any stress; c) introducing said member into the hole without any stress; d) elastically and plastically deforming the intermediate part (4, 14, 24, 64) by moving two tools towards each other axially above and below said intermediate part (20, 21, 21') so that said intermediate part exert a radial stress (B, C) against the member (7, 17, 27, 67) and against the wall of the part (1, 3, 61) surrounding said aperture (8, 18, 28, 68) by stressing said elastic deformation means of the part (1, 3, 61) and in order to secure the assembly (2, 12, 22, 62) in a manner that is not destructive for said part. a) forming the part (1, 3, 61) with an aperture (8, 18, 28, 68) and pierced holes (6, 16, 26, 26', 26", 26"', 46, 46', 66) distributed around the aperture (8, 18, 28, 68) intended to form elastic deformation means; characterised in that the method further comprises steps: b) inserting an intermediate part (4, 14, 24, 64), made of a third material and including a hole, into the aperture (8, 18, 28, 68) without any stress; c) introducing said member into the hole without any stress; d) elastically and plastically deforming the intermediate part (4, 14, 24, 64) by moving two tools towards each other axially above and below said intermediate part (20, 21, 21') so that said intermediate part exert a radial stress (B, C) against the member (7, 17, 27, 67) and against the wall of the part (1, 3, 61) surrounding said aperture (8, 18, 28, 68) by stressing said elastic deformation means of the part (1, 3, 61) and in order to secure the assembly (2, 12, 22, 62) in a manner that is not destructive for said part.
A cleaning composition dispensing device for an automatic dishwasher comprising: a. an upper housing comprising a refill compartment comprising at least two slots separated by ribs; and b. a multi-section refill comprising at least two cleaning composition sections characterized in that the cleaning composition sections of the multi-section refill are separated by separable seams; and in that the multi-section refill is placed in the refill compartment, the separable seams are aligned and interacting with the ribs so as to separate the multi-section refill into individual cleaning composition sections which are deposited into the at least two slots. a. an upper housing comprising a refill compartment comprising at least two slots separated by ribs; and b. a multi-section refill comprising at least two cleaning composition sections characterized in that the cleaning composition sections of the multi-section refill are separated by separable seams;
Radio device with at least a first radio unit and a second radio unit, wherein the first radio unit has a certified functionality which is certified by an authorised certification authority, wherein the second radio unit has a second certified functionality, wherein the second functionality of the second radio unit is different to the functionality of the first radio unit and the second functionality of the second radio unit is also certified by an authorised certification authority, characterised in that the first radio unit and the second radio unit access common hardware resources of the radio device, wherein the first radio unit is separated functionally from the second radio unit by means of a software separation kernel.
An exhaust heat recovering device comprising: an exhaust heat recovering tool adapted to recover a heat of an exhaust gas of an internal combustion engine for a vehicle and an inflow side pipeline and an exhaust side pipeline connect the internal combustion engine and the exhaust heat recovering tool so that a heat medium is supplied from the engine to the recovery tool through the inflow side pipeline and performs heat exchange in the exhaust heat recovery tool and then, is returned to the engine through the exhaust side pipeline, wherein the inflow side pipeline and the exhaust side pipeline are mounted only on a component included in a non-vehicle body vibration system supported on a vehicle body through an elastic body (4, 5, 6) wherein as a component included in the non-vehicle body vibration system, at least either one of the internal combustion engine and an exhaust passage through which the exhaust gas flows is included, characterized in that at least either one of the inflow side pipeline and the exhaust side pipeline is mounted on at least either one of the internal combustion engine or the exhaust passage included in the non-vehicle body vibration system at a position other than both ends of the inflow side pipeline and the exhaust side pipeline. an exhaust heat recovering tool adapted to recover a heat of an exhaust gas of an internal combustion engine for a vehicle and an inflow side pipeline and an exhaust side pipeline connect the internal combustion engine and the exhaust heat recovering tool so that a heat medium is supplied from the engine to the recovery tool through the inflow side pipeline and performs heat exchange in the exhaust heat recovery tool and then, is returned to the engine through the exhaust side pipeline, wherein the inflow side pipeline and the exhaust side pipeline are mounted only on a component included in a non-vehicle body vibration system supported on a vehicle body through an elastic body (4, 5, 6) wherein as a component included in the non-vehicle body vibration system, at least either one of the internal combustion engine and an exhaust passage through which the exhaust gas flows is included, characterized in that at least either one of the inflow side pipeline and the exhaust side pipeline is mounted on at least either one of the internal combustion engine or the exhaust passage included in the non-vehicle body vibration system at a position other than both ends of the inflow side pipeline and the exhaust side pipeline.
Display assembly for a drug delivery device, comprising: - a housing having a proximal end, a distal end and a longitudinal axis (x), - a display member defining a display member window, the display member being rotationally locked to but movable with respect to the housing along the longitudinal axis (x), - an indication member comprising indicia, - a movable member which is rotationally coupled to the indication member, the movable member being further coupled to the display member and rotatable with respect to the housing, wherein the movable member is threadedly engaged with the housing, - wherein the display assembly is configured such that, when the movable member is rotated with respect to the housing, the rotating movable member moves the display member axially with respect to the housing to display different indicia through the display member window. - a housing having a proximal end, a distal end and a longitudinal axis (x), - a display member defining a display member window, the display member being rotationally locked to but movable with respect to the housing along the longitudinal axis (x), - an indication member comprising indicia, - a movable member which is rotationally coupled to the indication member, the movable member being further coupled to the display member and rotatable with respect to the housing, wherein the movable member is threadedly engaged with the housing, - wherein the display assembly is configured such that, when the movable member is rotated with respect to the housing, the rotating movable member moves the display member axially with respect to the housing to display different indicia through the display member window.
Method for selecting a sensor from a plurality of sensors for sensor-based sorting of a material mixture by way of a material property to concentrate a recyclable material, wherein in a first step representative individual samples are obtained from the material mixture, in a second step material properties of the individual samples are measured, in a third step, on the basis of the measured material properties, a plurality of simulated sortings is simulated based on different material properties in each case, in a fourth step a simulated sorting having a high recyclable material concentration is selected from the plurality of simulated sortings, in a fifth step a sensor, suitable for measuring at least one of the material properties used for the selected simulated sorting, is selected for measuring the material property. in a first step representative individual samples are obtained from the material mixture, in a second step material properties of the individual samples are measured, in a third step, on the basis of the measured material properties, a plurality of simulated sortings is simulated based on different material properties in each case, in a fourth step a simulated sorting having a high recyclable material concentration is selected from the plurality of simulated sortings, in a fifth step a sensor, suitable for measuring at least one of the material properties used for the selected simulated sorting, is selected for measuring the material property.
A prosthesis for controlling flow through a bodily lumen, the prosthesis comprising: a body having a proximal portion, a distal portion and a lumen extending therethrough; a first valve operably connected to the body, the first valve having a proximal portion, a distal portion, and a lumen extending through the first valve, the first valve being closed in the absence of a second pressure in a first direction, wherein the first valve is a non-inverting valve; and a second valve operably connected to the body, the second valve having a proximal portion, a distal portion, a distal end extending distally relative to the proximal portion of the body and a lumen extending through the second valve, the distal end of the first valve extending distal to the distal end of the second valve, the distal end of the first valve extends distal to a distal end of the body, characterized by; a distal end of the first valve extending distally relative to the proximal portion of the body; the first valve being closed in the absence of a third pressure in a second direction that is greater than a first pressure, the third pressure being greater than the second pressure; the distal end of the second valve extends distal to a distal end of the body; the second valve is an inverting valve wherein the distal end of the second valve extends proximally in response to the third pressure; the second valve and the first valve controlling flow through the prosthesis in a first direction and a second direction. a body having a proximal portion, a distal portion and a lumen extending therethrough; a first valve operably connected to the body, the first valve having a proximal portion, a distal portion, and a lumen extending through the first valve, the first valve being closed in the absence of a second pressure in a first direction, wherein the first valve is a non-inverting valve; and a second valve operably connected to the body, the second valve having a proximal portion, a distal portion, a distal end extending distally relative to the proximal portion of the body and a lumen extending through the second valve, the distal end of the first valve extending distal to the distal end of the second valve, the distal end of the first valve extends distal to a distal end of the body, characterized by; a distal end of the first valve extending distally relative to the proximal portion of the body; the first valve being closed in the absence of a third pressure in a second direction that is greater than a first pressure, the third pressure being greater than the second pressure; the distal end of the second valve extends distal to a distal end of the body; the second valve is an inverting valve wherein the distal end of the second valve extends proximally in response to the third pressure; the second valve and the first valve controlling flow through the prosthesis in a first direction and a second direction.
A display apparatus comprising: a reflective layer; a cholesteric liquid crystal layer disposed in front of the reflective layer, and a conversion layer disposed between the reflective layer and the liquid crystal layer, wherein the conversion layer is switchable between an opaque mode and a transparent mode, the cholesteric liquid crystal layer comprises a plurality of pixels, the liquid crystal medium in each pixel being switchable between a homeotropic state which transmits light and a planar state which selectively reflects light, characterised in that the display apparatus is configured to be operated between (i) a display mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the opaque mode, thereby displaying an image (ob); (ii) a mirror mode in which the cholesteric liquid crystal is in the homeotropic state, and the conversion layer is in the transparent mode, thereby performing a mirror function for an object located in front of the display apparatus; and (iii) a combined mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the transparent mode, thereby displaying an image (ob) and simultaneously performing a mirror function for an object located in front of the display apparatus. a reflective layer; a cholesteric liquid crystal layer disposed in front of the reflective layer, and a conversion layer disposed between the reflective layer and the liquid crystal layer, wherein (i) a display mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the opaque mode, thereby displaying an image (ob); (ii) a mirror mode in which the cholesteric liquid crystal is in the homeotropic state, and the conversion layer is in the transparent mode, thereby performing a mirror function for an object located in front of the display apparatus; and (iii) a combined mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the transparent mode, thereby displaying an image (ob) and simultaneously performing a mirror function for an object located in front of the display apparatus.
A container for consumer articles comprising a first wall and a second wall depending from the first wall along an edge fold portion, the first wall being folded about the edge fold portion towards an inner surface of the second wall by an angle greater than 90 degrees; wherein the container is at least partially formed from a laminar blank having a thickness, the laminar blank comprising a first wall panel for forming the first wall of the container and a second wall panel for forming the second wall of the container, the laminar blank defining an edge fold portion of the container hingedly connecting the first wall panel and the second wall panel; wherein an inner surface of the edge fold portion is defined by an ablation area of the laminar blank having a length in the longitudinal direction of the edge fold portion and a width extending transversely to said length, wherein the width of the ablation area is at least 0.5 mm and less than 2 mm; wherein the ablation area comprises two or more ablated zones (202, 204) having a residual thickness that is less than 50 percent of the thickness of the laminar blank, the two or more ablated zones being configured to extend in parallel along a substantially straight line across the edge fold portion of the container, each ablated zone having a width provided on an inner surface of the edge fold portion, said container being characterised in that the two or more ablated zones (202, 204) have a combined width, said combined width being defined as the sum of the widths of each ablated zone, of at least 2 times the thickness of the laminar blank and less than 10 times the thickness of the laminar blank.
A method of enabling static analysis of indirectly modeled code by an analyzer lacking capability for direct analysis of any indirectly modeled code, the method comprising: transforming by a processor a syntax tree of a source code segment in an indirectly modeled language by including in each node of the syntax tree a respective location identifier that identifies a location in the source code segment of an operator or an operand corresponding to the node of the syntax tree; identifying by the processor a set of nodes of selected types in the transformed syntax tree, each selected type being associated with taint propagation; and for each node in the identified set, generating by the processor a statement in a directly modeled language, based on, at least in part, at least one of: (i) a type of the node, (ii) a type of an input to the node, and (iii) an object corresponding to the node. transforming by a processor a syntax tree of a source code segment in an indirectly modeled language by including in each node of the syntax tree a respective location identifier that identifies a location in the source code segment of an operator or an operand corresponding to the node of the syntax tree; identifying by the processor a set of nodes of selected types in the transformed syntax tree, each selected type being associated with taint propagation; and for each node in the identified set, generating by the processor a statement in a directly modeled language, based on, at least in part, at least one of: (i) a type of the node, (ii) a type of an input to the node, and (iii) an object corresponding to the node.
An x-ray device for examining syringe caps having a cannula, with - an x-ray source, - an x-ray detector and with a - a retaining device holding a syringe cap in a beam path at an examination site, characterized in that - the retaining device comprises at least a first receiving unit for the syringe cap being configured such that - the syringe cap is arranged in the beam path such that its longitudinal axis coincides with the main axis of the beam path. - an x-ray source, - an x-ray detector and with a - a retaining device holding a syringe cap in a beam path at an examination site, - the retaining device comprises at least a first receiving unit for the syringe cap being configured such that - the syringe cap is arranged in the beam path such that its longitudinal axis coincides with the main axis of the beam path.
A semiconductor substrate comprising doped zones forming a P-N junction, the doped zones comprising: • a first zone doped with a first type of doping; • a second zone doped with a second type of doping; and • a third zone doped with the second type of doping, the third zone being located between the first zone and the second zone, the concentration of doping element of the third zone being lower than the concentration of doping element of the first zone and lower than the concentration of doping element of the second zone; • a bottom face, and • a top face, the first zone and the second zone being in contact with the top face of the substrate, the P-N junction further comprising a fourth doped zone comprising: • a first portion in contact with the first zone; and • a second portion in contact with the third zone, said second portion extending in the direction of the second zone, and not being in contact with the second zone; said fourth zone being doped with the same type of doping as that of the first zone, the substrate being characterized in that the concentration of doping element of the fourth zone is greater than the highest concentration of doping element of the first zone. • a first zone doped with a first type of doping; • a second zone doped with a second type of doping; and • a third zone doped with the second type of doping, the third zone being located between the first zone and the second zone, the concentration of doping element of the third zone being lower than the concentration of doping element of the first zone and lower than the concentration of doping element of the second zone; • a bottom face, and • a top face, the first zone and the second zone being in contact with the top face of the substrate, • a first portion in contact with the first zone; and • a second portion in contact with the third zone, said second portion extending in the direction of the second zone, and not being in contact with the second zone;
A refrigeration system comprising: a compressor for driving a refrigerant along a flow path in at least a first mode of system operation; a first heat exchanger along the flow path downstream of the compressor in the first mode; a second heat exchanger along the flow path upstream of the compressor in the first mode; and an expansion device in the flow path downstream of the first heat exchanger and upstream of the second heat exchanger in the first mode, wherein the first heat exchanger comprises at least a first heat exchanger component and a second heat exchanger component arranged along a flow path of heat exchange fluid for the first heat exchanger, the first heat exchanger component being downstream of the second heat exchanger component in the first mode; and wherein a fan is arranged to provide a flow of heat exchange medium past the first heat exchanger, such that the first heat exchanger component is upstream of the second heat exchanger component in the flow of heat exchange medium; characterised by a refrigerator housing defining a cassette receiving area, wherein the heat exchanger components (22, 24) are mounted within a cassette adapted to be inserted into the receiving area, and wherein the second heat exchanger component is in a zone of decreased cross-sectional flow area in the flow of heat exchange medium, whereby the velocity is increased. a compressor for driving a refrigerant along a flow path in at least a first mode of system operation; a first heat exchanger along the flow path downstream of the compressor in the first mode; a second heat exchanger along the flow path upstream of the compressor in the first mode; and an expansion device in the flow path downstream of the first heat exchanger and upstream of the second heat exchanger in the first mode, wherein the first heat exchanger comprises at least a first heat exchanger component and a second heat exchanger component arranged along a flow path of heat exchange fluid for the first heat exchanger, the first heat exchanger component being downstream of the second heat exchanger component in the first mode; and wherein a fan is arranged to provide a flow of heat exchange medium past the first heat exchanger, such that the first heat exchanger component is upstream of the second heat exchanger component in the flow of heat exchange medium; characterised by a refrigerator housing defining a cassette receiving area, wherein the heat exchanger components (22, 24) are mounted within a cassette adapted to be inserted into the receiving area, and wherein the second heat exchanger component is in a zone of decreased cross-sectional flow area in the flow of heat exchange medium, whereby the velocity is increased.