mhurhangee/ep-ind-claims huggingface dataset:
Device for gripping and transferring individual products, comprising: - a belt on which individual products are randomly arranged, - a conveyor having a plurality of sections for groups of products, and - a plurality of manipulators (28, 30, 32, 34) programmed to pick up the individual products from the belt and to deposit the products on said sections so as to form ordered groups of products on said sections, wherein said conveyor comprises an input branch and an output branch joined together by a connecting section, so as to define at least one U-shaped path in a horizontal plane, wherein the input branch and the output branch are parallel to each other, and wherein during operation the sections of the conveyor move from the input branch towards the output branch, characterized in that said U-shaped path is extending at least partially above said belt and in that the input branch and the output branch are orthogonal to the direction of movement of said belt. - a belt on which individual products are randomly arranged, - a conveyor having a plurality of sections for groups of products, and - a plurality of manipulators (28, 30, 32, 34) programmed to pick up the individual products from the belt and to deposit the products on said sections so as to form ordered groups of products on said sections,
A scroll compressor comprising: a housing, which is provided with a refrigerant inlet configured to suck refrigerant into an interior of the housing; a crankshaft rotor assembly and a stator assembly which are disposed inside the housing, wherein, the crankshaft rotor assembly includes a crankshaft comprising a centering shaft member and an eccentric shaft member; an orbiting scroll member driven by the eccentric shaft member of the crankshaft; a fixed scroll member, which forms a compression chamber together with the orbiting scroll member; a frame, which is provided inside the housing and corresponds to the refrigerant inlet; wherein, a side wall of the frame is fixedly connected with an inner wall of the housing; the frame divides the interior cavity of the housing into a separated upper cavity and a separated lower cavity; the frame is idly sleeved on the centering shaft member; characterised in that a baffle component, which is configured to guide refrigerant to flow into the upper cavity, is arranged on the frame at a position corresponding to the refrigerant inlet; a deflection component extends through the frame and connects the upper cavity to the lower cavity; the frame is provided with an oil reservoir and an oil guide hole for guiding oil in the oil reservoir to an upper end surface of the frame; an oil dispersing device, which is configured to disperse oil guided from the oil guide hole, is arranged at an outlet of the oil guide hole; the baffle component and the deflection component are respectively arranged at two opposite positions on the frame. a housing, which is provided with a refrigerant inlet configured to suck refrigerant into an interior of the housing; a crankshaft rotor assembly and a stator assembly which are disposed inside the housing, wherein, the crankshaft rotor assembly includes a crankshaft comprising a centering shaft member and an eccentric shaft member; an orbiting scroll member driven by the eccentric shaft member of the crankshaft; a fixed scroll member, which forms a compression chamber together with the orbiting scroll member; a frame, which is provided inside the housing and corresponds to the refrigerant inlet; wherein, a side wall of the frame is fixedly connected with an inner wall of the housing; the frame divides the interior cavity of the housing into a separated upper cavity and a separated lower cavity; the frame is idly sleeved on the centering shaft member; characterised in that a baffle component, which is configured to guide refrigerant to flow into the upper cavity, is arranged on the frame at a position corresponding to the refrigerant inlet; a deflection component extends through the frame and connects the upper cavity to the lower cavity; the frame is provided with an oil reservoir and an oil guide hole for guiding oil in the oil reservoir to an upper end surface of the frame; an oil dispersing device, which is configured to disperse oil guided from the oil guide hole, is arranged at an outlet of the oil guide hole; the baffle component and the deflection component are respectively arranged at two opposite positions on the frame.
A system for visualizing blood flow in tissue before and after a surgical intervention, comprising: a processor arranged for: - acquiring a first image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue before the surgical intervention, wherein the first image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a first average intensity v. time curve from the first image data sequence; - acquiring a second image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue after the surgical intervention, wherein the second image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a second average intensity v. time curve from the second image data sequence; - synchronizing the first and second average intensity v. time curves based on peak fluorescence intensities to align at least a portion of the first image data sequence with the corresponding portion of the second image data sequence; - quantifying, in real time, an amount of perfusion change in the tissue based on the synchronized curves; and - a displaying, in real time, the synchronized average intensity v. time curves and determined amount of perfusion change on a display. - acquiring a first image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue before the surgical intervention, wherein the first image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a first average intensity v. time curve from the first image data sequence; - acquiring a second image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue after the surgical intervention, wherein the second image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a second average intensity v. time curve from the second image data sequence; - synchronizing the first and second average intensity v. time curves based on peak fluorescence intensities to align at least a portion of the first image data sequence with the corresponding portion of the second image data sequence; - quantifying, in real time, an amount of perfusion change in the tissue based on the synchronized curves; and - a displaying, in real time, the synchronized average intensity v. time curves and determined amount of perfusion change on a display.
A downhole seal comprising a CO 2 swellable elastomer which swells when in contact with CO 2, characterized in that the CO 2 swellable elastomer further comprises a salt that is hygroscopic and soluble in water.
Control system intended for choosing and selecting functions in a vehicle, the system comprising: a casing, a lever extending along the main axis on a first end, inside the casing and pivot-mounted about a pivot axis as far as a second end outside the casing and provided with an actuating knob, characterized in that the lever may furthermore rotate about the main axis, an elastic return device collaborating with the lever so that, following a pivoting of the lever the latter returns of its own accord to a neutral position in which the main axis coincides with a neutral axis, the return device comprising an elastic means collaborating, in an active zone, with an actuating surface secured to the lever in that the actuating surface comprises a surface in the form of an axi-symmetric cone, the axis of the cone being the main axis, the cone being oriented so that during a pivoting of the lever, the active zone moves along a generatrix of the cone towards the vertex thereof, the elastic means being more heavily loaded than in the neutral position. a casing, a lever extending along the main axis on a first end, inside the casing and pivot-mounted about a pivot axis as far as a second end outside the casing and provided with an actuating knob, characterized in that the lever may furthermore rotate about the main axis,
An integrated circuit, comprising: a support; a conducting substrate, on the support; an interconnect supported by the conducting substrate, wherein the interconnect comprises at least one nanostructure, and wherein the nanostructure comprises: a catalyst layer; and two or more intermediate layers of different materials between said conducting substrate and said catalyst layer, wherein each of said intermediate layers is made of a material that is different from a material of said conductive substrate and a material of said catalyst layer, and wherein the nature and properties of the at least one nanostructure are governed by the nature and extent of interdiffusion of the layers between the substrate and the nanostructure. a support; a conducting substrate, on the support; an interconnect supported by the conducting substrate, wherein the interconnect comprises at least one nanostructure, and wherein the nanostructure comprises: a catalyst layer; and two or more intermediate layers of different materials between said conducting substrate and said catalyst layer, wherein each of said intermediate layers is made of a material that is different from a material of said conductive substrate and a material of said catalyst layer, and wherein the nature and properties of the at least one nanostructure are governed by the nature and extent of interdiffusion of the layers between the substrate and the nanostructure. a catalyst layer; and two or more intermediate layers of different materials between said conducting substrate and said catalyst layer, wherein each of said intermediate layers is made of a material that is different from a material of said conductive substrate and a material of said catalyst layer, and wherein the nature and properties of the at least one nanostructure are governed by the nature and extent of interdiffusion of the layers between the substrate and the nanostructure.
A method comprising: identifying a first set of memory pages that have been allocated to a program in a computing device and that have been modified, memory commit for the first set of memory pages having been charged to the program; compressing the first set of memory pages into a compressed store that is made up of a second set of memory pages and is managed by a compressed store manager; transferring the memory commit charge for the first set of memory pages to the compressed store manager to avoid the compressed storage manager acquiring its own memory commit charge for the first set of memory pages that is compressed; and allowing a memory manager to repurpose the first set of memory pages after the first set of memory pages has been compressed into the compressed store. identifying a first set of memory pages that have been allocated to a program in a computing device and that have been modified, memory commit for the first set of memory pages having been charged to the program; compressing the first set of memory pages into a compressed store that is made up of a second set of memory pages and is managed by a compressed store manager; transferring the memory commit charge for the first set of memory pages to the compressed store manager to avoid the compressed storage manager acquiring its own memory commit charge for the first set of memory pages that is compressed; and allowing a memory manager to repurpose the first set of memory pages after the first set of memory pages has been compressed into the compressed store.
A method for extracting the core and surrounding insulator from an outer sheath of a length of data transmission cable, the method comprising the acts of: (a) generating hydraulic pressure against one end of the core and insulator, and simultaneously exerting a pulling force on an opposite end of the core and insulator to displace the core and insulator relative to its outer sheath, (b) fixedly mounting a coupling sleeve to the outer sheath adjacent to one end of the cable and releasably attaching a coupling of a pressurised fluid supply pipe to the coupling sleeve prior to pumping pressurised fluid along said pipe so that itacts directly against the core and insulator at said end, and (c) sealing the core and insulator at said end prior to releasably attaching said coupling to the coupling sleeve to prevent pressurised fluid from flowing around the core and/or insulator along the outer sheath. (a) generating hydraulic pressure against one end of the core and insulator, and simultaneously exerting a pulling force on an opposite end of the core and insulator to displace the core and insulator relative to its outer sheath, (b) fixedly mounting a coupling sleeve to the outer sheath adjacent to one end of the cable and releasably attaching a coupling of a pressurised fluid supply pipe to the coupling sleeve prior to pumping pressurised fluid along said pipe so that itacts directly against the core and insulator at said end, and (c) sealing the core and insulator at said end prior to releasably attaching said coupling to the coupling sleeve to prevent pressurised fluid from flowing around the core and/or insulator along the outer sheath.
An interventional system for temporarily adjusting the structure of a heart, the system comprising: a curvature device moveable between a collapsed configuration having a profile suitable for delivery of the device to a coronary sinus and great cardiac vein of a patient and an expanded configuration having a profile suitable for lodging of the device at the coronary sinus and great cardiac vein, the curvature device including: a distal end section, at least a portion of the distal end section being configured to anchor within the great cardiac vein when deployed to the expanded position at the great cardiac vein, the distal anchor including a tapered section that tapers to a smaller diameter in the distal direction; a proximal end section, at least a portion of the proximal end section being configured to anchor within the coronary sinus when deployed to the expanded position at the coronary sinus, the proximal anchor including a tapered section that tapers to a smaller diameter in the proximal direction; and a tether attached at or near the distal anchor and distal to the tapered section of the distal end section, the tether extending through and past the proximal end section and being tensionable such that an increase in tension increases the curvature of the device, and a release of tension lessens the curvature of the device. a distal end section, at least a portion of the distal end section being configured to anchor within the great cardiac vein when deployed to the expanded position at the great cardiac vein, the distal anchor including a tapered section that tapers to a smaller diameter in the distal direction; a proximal end section, at least a portion of the proximal end section being configured to anchor within the coronary sinus when deployed to the expanded position at the coronary sinus, the proximal anchor including a tapered section that tapers to a smaller diameter in the proximal direction; and a tether attached at or near the distal anchor and distal to the tapered section of the distal end section, the tether extending through and past the proximal end section and being tensionable such that an increase in tension increases the curvature of the device, and a release of tension lessens the curvature of the device.
A vibration isolating handle comprising a handle body (123, 223, 323, 463) attachable to a power tool (101, 201), a grip part (125, 225, 325, 465) connected to the handle body and a dynamic vibration reducer (141, 241, 341), and an elastic member (139, 239, 339, 471), wherein the grip part (125, 225, 325, 465) is connected to the handle body such that the grip part can move relatively with respect to the handle body substantially in the same direction at least as vibration of the power tool, and the elastic member is provided between the handle body and the grip part applying a biasing force to the grip part when the grip part moves, characterized in that the dynamic vibration reducer is provided on the grip part and serves to reduce vibration inputted from the power tool.
Displacement pump system, having: - a displacement pump module (2; 211; 226), preferably a screw pump, and - a replaceable drive module that is separate from the displacement pump module (2; 211; 226) and has an electric drive motor and a frequency converter assigned thereto for regulating or setting a drive motor speed, and - control means having a controller for creating a manipulated variable (Ys) for the frequency converter depending on a reference variable and a first actual operating parameter, and logic means assigned to the controller - reference variable setting means for providing the reference variable for the control means, wherein the control means are provided in a control module (202, 203) that is separate from the drive module, and the drive module is replaceable separately from the control module (202, 2033), and the drive module has no controllers configured and/or activated for generating a manipulated variable (Y s), characterized in that different system parameter data records for various displacement pumps and/or different conveyed fluid parameters, in particular ones that are selectable via a selection menu, are stored, preferably manually, in a nonvolatile memory, in particular an EEPROM of the control means. - a displacement pump module (2; 211; 226), preferably a screw pump, and - a replaceable drive module that is separate from the displacement pump module (2; 211; 226) and has an electric drive motor and a frequency converter assigned thereto for regulating or setting a drive motor speed, and - control means having a controller for creating a manipulated variable (Ys) for the frequency converter depending on a reference variable and a first actual operating parameter, and logic means assigned to the controller - reference variable setting means for providing the reference variable for the control means, wherein the control means are provided in a control module (202, 203) that is separate from the drive module, and the drive module is replaceable separately from the control module (202, 2033), and the drive module has no controllers configured and/or activated for generating a manipulated variable (Y s), characterized in that different system parameter data records for various displacement pumps and/or different conveyed fluid parameters, in particular ones that are selectable via a selection menu, are stored, preferably manually, in a nonvolatile memory, in particular an EEPROM of the control means.
A telephone handset comprising: a handle that defines a) a tubular anechoic channel with an air vent to the ambient atmosphere and b) a telephone component housing; an anechoic chamber disposed at a first end of the handle that is in fluid communication with the tubular anechoic channel, said anechoic chamber featuring a mouth opening for engaging a mouth of a user, and a microphone positioned within the anechoic chamber from the telephone component housing for receiving sounds; an ear chamber disposed at a second end of the handle with an ear opening for engaging the ear of a user and in fluid communication with the tubular anechoic channel; a speaker, disposed within the telephone component housing and configured to communicate sound into the ear chamber; means for receiving and transmitting a telephonic communication disposed within the telephone component housing, said means electronically coupled to said speaker and said microphone; wherein the anechoic chamber and the tubular anechoic channel are defined by inner walls with contours; wherein the ear chamber destined to engage the ear of a user while simultaneously the anechoic chamber engages the mouth of a user in a substantially air-tight manner through the presence of a seal between the interface of the mouth of the user and the anechoic chamber; and wherein the anechoic chamber further comprises another air vent which is positioned relative to the microphone and configured to open in response to negative pressure within the anechoic chamber and close in response to positive pressure within the anechoic chamber. a handle that defines a) a tubular anechoic channel with an air vent to the ambient atmosphere and b) a telephone component housing; an anechoic chamber disposed at a first end of the handle that is in fluid communication with the tubular anechoic channel, said anechoic chamber featuring a mouth opening for engaging a mouth of a user, and a microphone positioned within the anechoic chamber from the telephone component housing for receiving sounds; an ear chamber disposed at a second end of the handle with an ear opening for engaging the ear of a user and in fluid communication with the tubular anechoic channel; a speaker, disposed within the telephone component housing and configured to communicate sound into the ear chamber; means for receiving and transmitting a telephonic communication disposed within the telephone component housing, said means electronically coupled to said speaker and said microphone; wherein the anechoic chamber and the tubular anechoic channel are defined by inner walls with contours; wherein the ear chamber destined to engage the ear of a user while simultaneously the anechoic chamber engages the mouth of a user in a substantially air-tight manner through the presence of a seal between the interface of the mouth of the user and the anechoic chamber; and wherein the anechoic chamber further comprises another air vent which is positioned relative to the microphone and configured to open in response to negative pressure within the anechoic chamber and close in response to positive pressure within the anechoic chamber.
An outdoor unit of a refrigerating apparatus, comprising: a casing having a side surface formed with an air inlet port; an air blower arranged above the air inlet port in the casing and configured to upwardly blow air; and an outdoor heat exchanger arranged so as to face the air inlet port, wherein the air blower includes a fan, and the air blower including a bell mouth provided so as to surround an outer periphery of the fan, and an electric component unit positioned at a periphery of the bell mouth is arranged in the casing, characterized in that the electric component unit is arranged at a position at which at least part of the electric component unit overlaps with the bell mouth in a height direction and a lower end part of the electric component unit is above the outdoor heat exchanger. a casing having a side surface formed with an air inlet port; an air blower arranged above the air inlet port in the casing and configured to upwardly blow air; and an outdoor heat exchanger arranged so as to face the air inlet port, wherein the air blower includes a fan, and the air blower including a bell mouth provided so as to surround an outer periphery of the fan, and an electric component unit positioned at a periphery of the bell mouth is arranged in the casing, characterized in that the electric component unit is arranged at a position at which at least part of the electric component unit overlaps with the bell mouth in a height direction and a lower end part of the electric component unit is above the outdoor heat exchanger.