mhurhangee/ep-ind-claims huggingface dataset:
A circular saw having a saw housing and a motor configured to rotationally drive a saw blade, comprising: a dust collection system comprising a dust collecting member including a body having a first end in which a dust collection opening is defined and a second end operably connectable to a negative pressure airflow generation device; and a guide mechanism adapted to support the dust collecting member on the saw housing, wherein the dust collection opening is adapted to remain adjacent to an outer edge of the saw blade in response to one of the dust collecting member and the guide mechanism contacting the workpiece to move the dust collecting member, wherein the dust collecting member is configured to contact the workpiece as the saw blade moves translationally through a workpiece during a cutting operation to enable the dust collecting member to move past the workpiece and remain adjacent the outer edge of the saw blade, characterized in that the guide mechanism further comprises: a cam follower pivotably connected to the dust collecting member at a pivot point; and a cam guide supported by the saw housing and configured to guide the cam follower along a predefined path such that, as the dust collecting member moves upon contact with the workpiece, the cam follower moves the dust collecting member and the dust collecting member pivots about the pivot point so that the dust collection opening remains proximate to an intersection between the outer edge of the saw blade and the workpiece. a cam follower pivotably connected to the dust collecting member at a pivot point; and a cam guide supported by the saw housing and configured to guide the cam follower along a predefined path such that, as the dust collecting member moves upon contact with the workpiece, the cam follower moves the dust collecting member and the dust collecting member pivots about the pivot point so that the dust collection opening remains proximate to an intersection between the outer edge of the saw blade and the workpiece.
A method for creating an opening in the calcified shell of an incubated bird egg containing an embryo, in the region of the blunt end of the incubated bird egg, wherein within the region of the blunt end there is an outer membrane and an inner membrane with an air cell located therebetween, characterized in that the method comprises the following steps: a) storing the incubated bird egg with its pointed end facing downwards, wherein the embryo adjoins the inner membrane; b) candling the incubated bird egg and detecting the light transmitted through the incubated egg for detecting the position and the geometry of the air cell at the blunt end of the incubated bird egg; and c) subsequently creating an opening in the calcified shell at the blunt end of the incubated bird egg above the taut inner membrane to the air cell in order to obtain an access to the air cell. a) storing the incubated bird egg with its pointed end facing downwards, wherein the embryo adjoins the inner membrane; b) candling the incubated bird egg and detecting the light transmitted through the incubated egg for detecting the position and the geometry of the air cell at the blunt end of the incubated bird egg; and c) subsequently creating an opening in the calcified shell at the blunt end of the incubated bird egg above the taut inner membrane to the air cell in order to obtain an access to the air cell.
A method for reducing ovality changes in a pipe for coupling with a pipe component, characterized by the pipe having a plug inserted into a pipe end and fixedly coupled to the pipe at a coupling distance from the pipe end and the pipe further having a sacrificial component coupled to the end of the pipe, the method comprising: separating a portion of the pipe from the sacrificial component at a greater distance from the pipe end than the coupling distance, thereby transferring the coupling of the plug with the pipe independently of the sacrificial component to a coupling with the sacrificial component independently of the pipe; and removing the plug coupled with the sacrificial component out of an inside of the pipe. separating a portion of the pipe from the sacrificial component at a greater distance from the pipe end than the coupling distance, thereby transferring the coupling of the plug with the pipe independently of the sacrificial component to a coupling with the sacrificial component independently of the pipe; and removing the plug coupled with the sacrificial component out of an inside of the pipe.
A laminated glass article comprising: a core layer comprising a core glass composition; and a clad layer directly adjacent to the core layer and comprising a clad glass composition, an average clad coefficient of thermal expansion of the clad glass composition less than an average core CTE of the core glass composition such that the clad layer is in compression and the core layer is in tension; wherein a compressive stress of the clad layer decreases with increasing distance from an outer surface of the clad layer within an outer portion of the clad layer; and wherein the slope of the stress profile within an intermediate portion of the clad layer disposed between the outer portion of the clad layer and the core layer is between -7 MPa/μm and 7 MPa/μm, and a thickness of the intermediate portion of the clad layer is at least 82% of a thickness of the clad layer, a core layer comprising a core glass composition; and a clad layer directly adjacent to the core layer and comprising a clad glass composition, an average clad coefficient of thermal expansion of the clad glass composition less than an average core CTE of the core glass composition such that the clad layer is in compression and the core layer is in tension; wherein a compressive stress of the clad layer decreases with increasing distance from an outer surface of the clad layer within an outer portion of the clad layer; and wherein the slope of the stress profile within an intermediate portion of the clad layer disposed between the outer portion of the clad layer and the core layer is between -7 MPa/μm and 7 MPa/μm, and a thickness of the intermediate portion of the clad layer is at least 82% of a thickness of the clad layer,
Primycin or a primycin component represented by the following general formula wherein R1 is n-butyl, n-pentyl or n-hexyl and R2 is arabinosyl, H or OH, which primycin component is in basic form or in salt form, or a combination of said primycin components for use in the treatment or prevention of infections caused by methicillin-resistant Staphylococcus aureus (MRSA), methicillin-resistant coagulase-negative Staphylococcus sp. (MRCoNS), vancomycin-intermediate or vancomycin--resistant Staphylococcus aureus (VISA, VRSA), mupirocin-resistant Staphylococcus sp., vancomycin-resistant Enterococcus sp. or penicillin-resistant Streptococcus pneumoniae strains.
A combination of a portable fan comprising a base having an air inlet located in a side wall of the base, the air inlet comprising an array of apertures extending about the base, and an air outlet detachably connectable to the base, and an external accessory comprising a high energy particle arrester filter and attachment means for detachably connecting the accessory to the base through rotation of the accessory relative to the base, the external accessory being in the form of a sleeve locatable about the side wall of the base so that the filter is located upstream from the air inlet.
A thermoformed tubular profiled product comprising: - a first tubular product section; - a second tubular product section; - a transition region between the first tubular product section and second tubular product section and being integrally formed with the first tubular product section and second tubular product section; wherein each tubular product section (147a, 147b) at its end opposite the transition region connects to a respective bottom section; the tubular profiled product having a first condition in which the first tubular product section and the second tubular product section extend in opposite directions with respect to the transition region, whereby the second section is generally external of the first section, and a second condition in which the first tubular product section and the second tubular product section extend in the same direction with respect to the transition region so that the second tubular product section is positioned generally in the interior of the first tubular product section; wherein the second tubular product section is invertible from its position in the first condition into its position in the interior of the first tubular product section in the second condition; wherein the tubular profiled product in its second condition constitutes a double-walled thermal barrier cup with the first tubular product section as outer wall of the cup and the second tubular product section as inner wall of the cup, the cup being a drinking cup suitable for hot and cold beverages; wherein at least one of the first tubular product section and the second tubular product section is provided with at least one thermal rib; wherein the drinking cup has a thermal barrier zone defined between the two walls of the cup separated by the at least one thermal rib. - a first tubular product section; - a second tubular product section; - a transition region between the first tubular product section and second tubular product section and being integrally formed with the first tubular product section and second tubular product section;
A sealing system for cash bags, comprising: a banknote validator; a head coupled to the banknote validator; a bag configured to mount to the head; a first sealing mechanism coupled to the head and configured to seal a top portion of the bag; a second sealing mechanism configured to seal a bottom portion of the bag; a vacuum pump configured to connect to the bag and configured to pump air from the bag; a pressure plate coupled to at least one spring to apply pressure against a stack of banknotes; a lifter coupled to the at least one spring, wherein movement of the lifter towards the pressure plate causes the pressure plate to press the stack of banknotes against a heat sealer to compress the bag; and a first triggering slider coupled to the pressure plate, wherein the lifter is configured to interact with the first triggering slider to activate a spring loaded cover to initiate piercing of the bag after compressing the stack of banknotes and heat sealing a top of the bag, and wherein the first triggering slider is coupled to a vacuum pump to vacuum air from the bag. a banknote validator; a head coupled to the banknote validator; a bag configured to mount to the head; a first sealing mechanism coupled to the head and configured to seal a top portion of the bag; a second sealing mechanism configured to seal a bottom portion of the bag; a vacuum pump configured to connect to the bag and configured to pump air from the bag; a pressure plate coupled to at least one spring to apply pressure against a stack of banknotes; a lifter coupled to the at least one spring, wherein movement of the lifter towards the pressure plate causes the pressure plate to press the stack of banknotes against a heat sealer to compress the bag; and a first triggering slider coupled to the pressure plate, wherein the lifter is configured to interact with the first triggering slider to activate a spring loaded cover to initiate piercing of the bag after compressing the stack of banknotes and heat sealing a top of the bag, and wherein the first triggering slider is coupled to a vacuum pump to vacuum air from the bag.
Radiopharmaceutical composition comprising a compound having formula: wherein A is selected from the group consisting of 123 I, 124 I, 125 I and 131 I; R represents wherein R 1 represents optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or a pharmaceutically acceptable salt thereof, or solvate thereof. wherein A is selected from the group consisting of 123 I, 124 I, 125 I and 131 I; R represents wherein R 1 represents optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or a pharmaceutically acceptable salt thereof, or solvate thereof.
A solid state lighting apparatus for general illumination, comprising: a first plurality and a second plurality of light emitting diodes (110A, 110B), each being configured to receive an electrical current; a sensor configured to output a sensor signal indicative of an operating temperature of the solid state lighting apparatus; and a control circuit coupled to the sensor and configured to temporarily interrupt the electrical current to the first plurality of light emitting diodes but not to the second plurality of light emitting diodes for at least two intervals of respective durations sufficient to temporarily interrupt the general illumination provided by the solid state lighting apparatus responsive to a value of the sensor signal exceeding a desired operating threshold to provide a visible indicator of the operating temperature as an appearance of a flashing light pattern that is detectable by a human eye in light emitted by the apparatus; characterized in that the control circuit is further configured to calculate and select the respective durations for which the electrical current is temporarily interrupted and/or a timing between the respective intervals to be sufficient to reduce a subsequent value of the sensor signal, and, if the subsequent value of the signal from the sensor decreases below the desired operating threshold, to resume the supply of the electrical current to the interrupted first plurality of light emitting diodes. a first plurality and a second plurality of light emitting diodes (110A, 110B), each being configured to receive an electrical current; a sensor configured to output a sensor signal indicative of an operating temperature of the solid state lighting apparatus; and a control circuit coupled to the sensor and configured to temporarily interrupt the electrical current to the first plurality of light emitting diodes but not to the second plurality of light emitting diodes for at least two intervals of respective durations sufficient to temporarily interrupt the general illumination provided by the solid state lighting apparatus responsive to a value of the sensor signal exceeding a desired operating threshold to provide a visible indicator of the operating temperature as an appearance of a flashing light pattern that is detectable by a human eye in light emitted by the apparatus; characterized in that the control circuit is further configured to calculate and select the respective durations for which the electrical current is temporarily interrupted and/or a timing between the respective intervals to be sufficient to reduce a subsequent value of the sensor signal, and, if the subsequent value of the signal from the sensor decreases below the desired operating threshold, to resume the supply of the electrical current to the interrupted first plurality of light emitting diodes.
A forceps comprising: an end effector assembly comprising: a first jaw having a tissue sealing surface and an electrode on the sealing surface; and a second jaw having a tissue sealing surface and an electrode on the sealing surface, wherein the first jaw and the second jaw move between an open position and a closed position, wherein the sealing surface of at least one of the first jaw and the second jaw has a flexible medial section (96, 98) and rigid lateral sections, wherein the medial section (96, 98) is proud of the lateral sections when the first jaw and the second jaw are in the open position, and wherein the medial section (96, 98) is raised from the lateral sections with a spring member (212A - 212D), characterized in that the medial section (96, 98) is electrically connected to a generator and a selective electrical contact (214A - 214D) electrically connects the lateral sections to the medial section (96, 98) when the first jaw and the second jaw move to the closed position such that the medial section (96, 98) compresses the spring member (212A - 212D) to make electrical contact with the lateral sections. a first jaw having a tissue sealing surface and an electrode on the sealing surface; and a second jaw having a tissue sealing surface and an electrode on the sealing surface, wherein the first jaw and the second jaw move between an open position and a closed position, wherein the sealing surface of at least one of the first jaw and the second jaw has a flexible medial section (96, 98) and rigid lateral sections, wherein the medial section (96, 98) is proud of the lateral sections when the first jaw and the second jaw are in the open position, and wherein the medial section (96, 98) is raised from the lateral sections with a spring member (212A - 212D),
An apparatus for amplifying optical communication signals, comprising: at least two amplifier modules, each amplifier module comprising an optical amplifier and two pump lasers; and, two separate control modules separate from the amplifier modules, each control module adapted to control the output of one pump laser in each of the amplifier modules; wherein the separate control modules are individually removable and hot-swappable. at least two amplifier modules, each amplifier module comprising an optical amplifier and two pump lasers; and, two separate control modules separate from the amplifier modules, each control module adapted to control the output of one pump laser in each of the amplifier modules; wherein the separate control modules are individually removable and hot-swappable.
A wound pad that is shaped from a single homogeneous block of a foam material, the wound pad having a pad width, a pad length, and a pad thickness, wherein the pad thickness is less than the pad width and less than the pad length, wherein the wound pad comprises: a plurality of separable layers (20, 21, 22), each layer having: a layer thickness that is less than the pad thickness, a first region connected to at least one adjacent layer, and a second region (10, 12) unconnected from any adjacent layer, wherein: the plurality of separable layers are cut from the single homogeneous block at the second region and remains connected at the first region, and - removal of a single one of the plurality of separable layers modifies the pad thickness but does not modify the pad width or the pad length, characterized in that within each of the plurality of layers, the first region is surrounded by the second region. a layer thickness that is less than the pad thickness, a first region connected to at least one adjacent layer, and a second region (10, 12) unconnected from any adjacent layer, - removal of a single one of the plurality of separable layers modifies the pad thickness but does not modify the pad width or the pad length,
A flow control valve which is designed to be connected to a duct, said valve comprising: - a plurality of fluid transport pipes with a geometrically variable cross-section, disposed in parallel relative to one another; - a means for connection to the duct, situated at one end of the fluid transport pipes, characterized in that the fluid transport pipes with a geometrically variable cross-section have alternation of cross-section with small diameter and large diameter, and the ratio between the large diameter over the small diameter is 2 to 10, notably equal to about 2. - a plurality of fluid transport pipes with a geometrically variable cross-section, disposed in parallel relative to one another; - a means for connection to the duct, situated at one end of the fluid transport pipes,
A method, comprising: determining a power saving profile based on a state of a user equipment; providing said power saving profile via a signaling message to a serving network element, wherein said power saving profile indicates either a preference for less emphasis on power saving and more emphasis on performance, or a preference for more emphasis on power saving and less emphasis on performance, and characterised in that said power saving profile is a discontinuous reception profile and said discontinuous reception profile depends on at least one of: a user setting of the user equipment, a user activity or inactivity, an application running in the user equipment, an expected traffic characteristic associated with the application running in the user equipment, a history of traffic characteristics for communication dependent on a time of day, a user calendar information, a location information, a sensor parameter of the user equipment and a history of application-dependent traffic characteristics of the user equipment. determining a power saving profile based on a state of a user equipment; providing said power saving profile via a signaling message to a serving network element, wherein said power saving profile indicates either a preference for less emphasis on power saving and more emphasis on performance, or a preference for more emphasis on power saving and less emphasis on performance, and characterised in that said power saving profile is a discontinuous reception profile and said discontinuous reception profile depends on at least one of: a user setting of the user equipment, a user activity or inactivity, an application running in the user equipment, an expected traffic characteristic associated with the application running in the user equipment, a history of traffic characteristics for communication dependent on a time of day, a user calendar information, a location information, a sensor parameter of the user equipment and a history of application-dependent traffic characteristics of the user equipment.
A conveyor belt for conveying articles having a width comprising: - an interconnected series of relatively pivotable body members; and - a plurality of platform members, each platform member attached to a respective one of the body members, each platform member having an upper surface and a substantially vertical rail member extending upward at one side of the upper surface, the upper surface having a first portion adjacent the rail member a second portion adjacent the first portion, and a third portion adjacent the second portion, the first portion extending from the rail member toward the second portion, the second portion extending upward in a direction from the first portion toward the third portion, the first and second portions (213; 215) configured relative to the width of the article such that when placed on the platform member in contact with the rail member the article extends to and no further than the second portion, wherein the second portion is planar and slanted upward toward the third portion, characterized in that the first portion extends from the rail member with a convex curvature, and in that the first portion extends a distance about at least half of a width of the platform member. - an interconnected series of relatively pivotable body members; and - a plurality of platform members, each platform member attached to a respective one of the body members, each platform member having an upper surface and a substantially vertical rail member extending upward at one side of the upper surface, the upper surface having a first portion adjacent the rail member a second portion adjacent the first portion, and a third portion adjacent the second portion, the first portion extending from the rail member toward the second portion, the second portion extending upward in a direction from the first portion toward the third portion, the first and second portions (213; 215) configured relative to the width of the article such that when placed on the platform member in contact with the rail member the article extends to and no further than the second portion, wherein the second portion is planar and slanted upward toward the third portion,