mhurhangee/ep-ind-claims huggingface dataset:
A heat management system comprising: a thermal delivery system configured to provide heating, cooling, or a combination thereof, to a turbomachinery, the turbomachinery having a top shell and a bottom shell, the thermal delivery system disposed on at least one of the top shell and the bottom shell, the thermal delivery system on at least one of the top shell and the bottom shell comprising: a first heat transfer conduit; and a second heat transfer conduit disposed adjacent to the first heat transfer conduit; and a controller operatively coupled to the thermal delivery system and configured to control the heating, the cooling, or the combination thereof, of the turbomachinery via the thermal delivery system; characterized in that the thermal delivery system is disposed on the top shell as well as the bottom shell; and the controller and the thermal delivery system are configured to combine heating on the bottom shell with cooling on the top shell during certain operations. a thermal delivery system configured to provide heating, cooling, or a combination thereof, to a turbomachinery, the turbomachinery having a top shell and a bottom shell, the thermal delivery system disposed on at least one of the top shell and the bottom shell, the thermal delivery system on at least one of the top shell and the bottom shell comprising: a first heat transfer conduit; and a second heat transfer conduit disposed adjacent to the first heat transfer conduit; and a first heat transfer conduit; and a second heat transfer conduit disposed adjacent to the first heat transfer conduit; and a controller operatively coupled to the thermal delivery system and configured to control the heating, the cooling, or the combination thereof, of the turbomachinery via the thermal delivery system; characterized in that the thermal delivery system is disposed on the top shell as well as the bottom shell; and the controller and the thermal delivery system are configured to combine heating on the bottom shell with cooling on the top shell during certain operations.
A system for processing a breast image, comprising a glandular tissue contour detector for detecting a contour of a glandular tissue represented in the breast image, characterised by the glandular tissue contour detector comprising: a concave hull determiner for determining a concave hull of a region in the breast image comprising the mammary glands of a breast so as to obtain the contour. a concave hull determiner for determining a concave hull of a region in the breast image comprising the mammary glands of a breast so as to obtain the contour.
A cabinet, comprising a base, at least three vertical pillar assemblies, a top frame, a cover, and at least three side plates, wherein the base and the top frame are disposed opposite to each other; the cover is disposed at a side, of the top frame, that is far away from the base; the at least three vertical pillar assemblies are disposed between the base and the top frame; two opposite side edges of each side plate are respectively clamped to two adjacent vertical pillar assemblies; characterised in that at least one of the vertical pillar assemblies comprises a pillar, an inner clamp, and an outer clamp, wherein the inner clamp comprises a first side edge and a second side edge, wherein end faces of the first side edge and the second side edge form an "L" shape, the outer clamp comprises a third side edge and a fourth side edge, wherein end faces of the third side edge and the fourth side edge form an "L" shape, the pillar is clamped between the inner clamp and the outer clamp, space between the first side edge of the inner clamp and the third side edge of the outer clamp is used for clamping the side plate, and space between the second side edge of the inner clamp and the fourth side edge of the outer clamp is used for clamping the side plate; and the at least three side plates, the base, the top frame, and the cover enclose a housing cavity, wherein the inner clamp and the pillar are integrated as one.
Drawer consisting of individual elements, the main part of which consists of a one-piece U-shaped profile, the web of which forms the bottom, and the flanges (3, 4) of which form the front and rear part of the drawer or at least the essential supporting parts thereof, wherein side parts (5, 6) of the drawer are joined to the outer edges of the U-shaped profile, and, with an arcuate, channel-like transition region, the flanges (3, 4) of the U-shaped profile connect to the web of the U-shaped profile [sic] which forms the bottom part, characterised in that the side parts (5, 6) of the drawer - with grooves (9, 10) extending in parallel with their lower edge and in a manner corresponding to the channel edges at the ends at least on the upper side - can be fitted onto the corresponding edge parts of the U-shaped profile thus forming a form-locking connection, and are provided at least along the straight flange parts on the inside with cut-outs (12, 13) deeper than the grooves (9, 10) to receive the straight flange edges, wherein the flange edges have openings in the cut-out region for securing pins or securing screws engaging the adjoining region of the cut-outs (12, 13).
Apparatus useful for the synthesis of multiple organic compounds comprising functional components in the form of blocks and plates stacked to form the apparatus and defining at least a valve block, a pressure plate of a reactor block of the apparatus and two alternative intermediate components comprising respectively a temperature control block and an alignment plate, the apparatus further comprising four alignment standoffs cooperating with said functional components to align same and each comprising a shaft with three following sections of different diameters, said alignment standoffs being mounted on the valve block, the reactor block being adapted to retain a plurality of tube-like reactor vessels, the pressure plate being spaced from the valve block so as to permit said plurality of reactor vessels to be situated there between, the valve block being for controlling the discharge from reactor vessels into collection vessels of a collection block of the apparatus situated under the valve block, the alignment plate, when present, having openings each of which receives a reactor vessel so as to retain the reactor vessels in the correct position relative to the pressure plate, characterized in that each standoff has a lower, larger diameter section, an intermediate mid-sized diameter section and a top, bullet shape section, the temperature control block, when used, resting on the lower, larger diameter sections of the standoffs, and the alignment plate, when the temperature control block is absent, resting on the intermediate sections as an alternative intermediate component to the temperature control block, the pressure plate receiving the top bullet shape sections of the standoffs and resting on the rims of the reactor vessels, wherein the pressure plate is mounted above said temperature control block, when the temperature control block is used, and above said alignment plate, when the temperature control block is absent.
Method for communicating over a plurality of communication links (8a, 8b) in a telecommunications network on the basis of a telephone number, comprising the following steps implemented by at least one first terminal: - intercepting a telephone number directed at a voice server and dialled from the first terminal, - obtaining a connection address for connection to a data server of the telecommunications network, said connection address being associated with the dialled telephone number, and - automatically activating a voice communication link between the first terminal and the voice server on the basis of the dialled telephone number, and a data communication link between a second terminal and the data server on the basis of the obtained connection address so as to be able to communicate simultaneously over said links (8a, 8b). - intercepting a telephone number directed at a voice server and dialled from the first terminal, - obtaining a connection address for connection to a data server of the telecommunications network, said connection address being associated with the dialled telephone number, and - automatically activating a voice communication link between the first terminal and the voice server on the basis of the dialled telephone number, and a data communication link between a second terminal and the data server on the basis of the obtained connection address so as to be able to communicate simultaneously over said links (8a, 8b).
A monopolar electrosurgical device to treat tissue utilizing radio frequency power and a fluid, the device having a proximal end and a distal end, and comprising: a handle (20a, 20b); a shaft extending from the handle (20a, 20b), the shaft having a distal end; a fluid passage being connectable to a fluid source of the fluid; an electrode tip having an electrode surface (40, 42, 47), at least a portion of the electrode tip extending distally beyond the distal end of the shaft; and at least one fluid outlet opening in fluid communication with the fluid passage, wherein the at least one fluid outlet opening is located at the distal end of the shaft and wherein at least one longitudinally directed recess is provided in the electrode tip, the recess providing a fluid flow channel for a flow of the fluid distally along the electrode tip. a handle (20a, 20b); a shaft extending from the handle (20a, 20b), the shaft having a distal end; a fluid passage being connectable to a fluid source of the fluid; an electrode tip having an electrode surface (40, 42, 47), at least a portion of the electrode tip extending distally beyond the distal end of the shaft; and at least one fluid outlet opening in fluid communication with the fluid passage, wherein the at least one fluid outlet opening is located at the distal end of the shaft and wherein at least one longitudinally directed recess is provided in the electrode tip, the recess providing a fluid flow channel for a flow of the fluid distally along the electrode tip.
A garment adapted to be worn by a mammalian subject, the garment comprising an alignment device secured to the garment by an adhesive, the alignment device having a protrusion extending away from the garment to define an exterior sidewall adapted for insertion into a recess formed on a housing of a transcutaneous energy transfer coil, the alignment device being positioned on the garment so that when the subject wears the garment, the alignment device is disposed in a desired spatial relationship with an internal coil mounted under the skin of the subject.
Composition comprising collagen hydrolysate and rosehip powder and/or extract, wherein the weight ratio of collagen hydrolysate to rosehip powder and/or extract, in each case in relation to dry mass, is in the range of approximately 10:1 to approximately 20:1.
A descaling device for descaling an inner surface of a tube comprising a supporting structure (7, 9), a conveyor for conveying the tube in a direction parallel to a longitudinal axis of the tube, a lance for spraying a fluid inside the tube to perform an operation of descaling the inner surface, actuating means for actuating the lance in order to translate the lance in an axial direction inside the tube during the descaling operation, characterized in that a portion of the conveyor is inclinable to be arranged in a predetermined inclined position with respect to a horizontal plane, and said lance is fixed to sliding guiding means above the conveyor in the predetermined inclined position.
Handheld work apparatus with a drive motor which drives a tool in a rotating manner via a belt drive, wherein the belt drive has at least one first driving belt pulley and at least one second driven belt pulley, wherein the second belt pulley is connected to the tool for rotation therewith, wherein the rotational speed of the second belt pulley during operation is lower than the rotational speed of the first belt pulley, wherein at least one first drive belt of a first drive stage and a second drive belt of a second drive stage act between the first belt pulley and the second belt pulley for transmitting the drive torque, wherein the first drive stage and the second drive stage each bring about a reduction in the rotational speed, wherein the second drive belt is guided via the second belt pulley, and wherein the belt drive comprises at least one deflection roller which lies against at least one drive belt (31, 32), characterized in that the work apparatus has a brake device which acts upon the belt drive, and in that the at least one deflection roller lies against the drive belt via which the greatest drive torque is transmitted during operation.
Local stimulation device, for stimulating of a predetermined region of brain tissue, said brain tissue comprising at least GABAergic neuron type, wherein said device comprises a set of bipolar electrodes and activation means for said set of bipolar electrodes, wherein said activation means is configured to, according to a predetermined electric intensity and a predetermined biphasic pulse frequency (PBPF), deliver a predetermined electric field by activating said set of bipolar electrodes, said predetermined electric field inducing an activation of said GABAergic type neurons Wherein: - the activation means of said set of bipolar electrodes is configured to deliver, to said bipolar electrodes, biphasic pulses, each biphasic pulse lasting about 200 microseconds, and one of: - said predetermined biphasic pulse frequency (PBPF) is comprised between 0.5 and 10 Hz, or - said predetermined biphasic pulse frequency (PBPF) is about 1 kHz. - the activation means of said set of bipolar electrodes is configured to deliver, to said bipolar electrodes, biphasic pulses, each biphasic pulse lasting about 200 microseconds, and one of: - said predetermined biphasic pulse frequency (PBPF) is comprised between 0.5 and 10 Hz, or - said predetermined biphasic pulse frequency (PBPF) is about 1 kHz.
A porous film comprising: a porous substrate; and a porous layer on at least one surface of the porous substrate, the porous layer containing particles A, wherein the particles A have a mixture that contains: a polymer that includes a fluorine-containing (meth)acrylate monomer; and a polymer that includes a monomer having two or more reactive groups per molecule, or the particles A have a copolymer that contains: a fluorine-containing (meth)acrylate monomer; and a monomer having two or more reactive groups per molecule, the particles A contain the monomer having two or more reactive groups per molecule in an amount of more than 10% by mass and 30% by mass or less, where all components of the particles A are assumed to constitute 100% by mass.
An all-solid-state lithium ion secondary battery, wherein an anode comprises anode active material particles, an electroconductive material and a solid electrolyte; wherein the anode active material particles comprise at least one active material selected from the group consisting of elemental silicon and SiO; wherein a BET specific surface area of said anode active material particles is 1.9 m 2 /g or more and 14.2 m 2 /g or less; wherein a value obtained by dividing, by said BET specific surface area, a volume percentage (%) of the electroconductive material when a volume of the anode is determined as 100 volume%, is 0.12 or more and 6.03 or less; and wherein a median diameter D50 of the anode active material particles is 0.1 μm or more and 6.0 μm or less; wherein the volume percentage of each material in the anode is a value calculated from the true density of the material, wherein in the calculation of the volume percentage, spaces in the anode are not taken into account; wherein the median diameter D50 of the anode active material particles is measured by a dynamic light scattering particle size distribution measuring machine. wherein an anode comprises anode active material particles, an electroconductive material and a solid electrolyte; wherein the anode active material particles comprise at least one active material selected from the group consisting of elemental silicon and SiO; wherein a BET specific surface area of said anode active material particles is 1.9 m 2 /g or more and 14.2 m 2 /g or less; wherein a value obtained by dividing, by said BET specific surface area, a volume percentage (%) of the electroconductive material when a volume of the anode is determined as 100 volume%, is 0.12 or more and 6.03 or less; and wherein a median diameter D50 of the anode active material particles is 0.1 μm or more and 6.0 μm or less; wherein the volume percentage of each material in the anode is a value calculated from the true density of the material, wherein in the calculation of the volume percentage, spaces in the anode are not taken into account; wherein the median diameter D50 of the anode active material particles is measured by a dynamic light scattering particle size distribution measuring machine.
A non-expandable stent comprising: a generally tubular body having a lumen defined therethrough, the body comprising: a proximal portion comprising a curved portion, the curved portion configured for placement proximal to a sphincter; and a substantially straight distal portion comprising a first retaining member and a second retaining member, the second retaining member positioned on the distal portion and the first retaining member positioned proximal to the second retaining member, the first and second retaining members extending along a wall of the distal portion and the first and second retaining members extending away from the body in a common direction so that a free end of the first retaining member and a free end of the second retaining member extend away from a distal end of the body; characterized in that the first and second retaining members are positioned on a same side of the distal portion. a generally tubular body having a lumen defined therethrough, the body comprising: a proximal portion comprising a curved portion, the curved portion configured for placement proximal to a sphincter; and a substantially straight distal portion comprising a first retaining member and a second retaining member, the second retaining member positioned on the distal portion and the first retaining member positioned proximal to the second retaining member, the first and second retaining members extending along a wall of the distal portion and the first and second retaining members extending away from the body in a common direction so that a free end of the first retaining member and a free end of the second retaining member extend away from a distal end of the body; a proximal portion comprising a curved portion, the curved portion configured for placement proximal to a sphincter; and a substantially straight distal portion comprising a first retaining member and a second retaining member, the second retaining member positioned on the distal portion and the first retaining member positioned proximal to the second retaining member, the first and second retaining members extending along a wall of the distal portion and the first and second retaining members extending away from the body in a common direction so that a free end of the first retaining member and a free end of the second retaining member extend away from a distal end of the body; characterized in that the first and second retaining members are positioned on a same side of the distal portion.
A pet food production method comprising: a coating step of coating surfaces of granulated food grains with hardened oil and fat; and an attaching step of attaching a preference enhancing agent onto the surfaces of the food grains coated with the hardened oil and fat in the coating step, the method is characterized in that an amount of the hardened oil and fat used to coat the surfaces of the food grains is 3 to 8% by mass with respect to a total mass of the food grains before coating with the hardened oil and fat; an iodine value of the hardened oil and fat used to coat the surfaces of the granulated food grains is no greater than 2; the attaching step takes place in an atmosphere of 30 to 60°C, and an amount of the preference enhancing agent attached onto the surfaces of the food grains coated with the hardened oil and fat is 1 to 5% by mass with respect to a total mass of the food grains coated with the hardened oil and fat. a coating step of coating surfaces of granulated food grains with hardened oil and fat; and an attaching step of attaching a preference enhancing agent onto the surfaces of the food grains coated with the hardened oil and fat in the coating step,
An assembly method of an apparatus suitable for pressurized liquid transfusion, comprising: preparing an elastomeric ring having a first end and an opposite second end, between which is a through hole having an internal contour, wherein the elastomeric ring further includes an outer contour; tensioning the elastomeric ring to allow a nozzle to be inserted from the first end into the through hole; aligning the nozzle with the second end of the elastomeric ring to create a nozzle assembly; inserting the nozzle assembly into an internal volume of a receptacle, wherein a height of the elastomeric ring is greater than that of an inner wall of the receptacle by a height (h); disposing a cap into a casing, wherein the cap has a flat surface facing the receptacle; and inserting at least part of the receptacle containing the nozzle assembly into the casing, wherein the cap is configured to cover the receptacle; engaging the casing with a check nut of an aerosol generating apparatus to secure the nozzle assembly and the cap, wherein a pressurized liquid medicament is directed to pass through the nozzle assembly to generate aerosol, wherein proper seal is applied to prevent any leakage of the pressurized liquid medicament. preparing an elastomeric ring having a first end and an opposite second end, between which is a through hole having an internal contour, wherein the elastomeric ring further includes an outer contour; tensioning the elastomeric ring to allow a nozzle to be inserted from the first end into the through hole; aligning the nozzle with the second end of the elastomeric ring to create a nozzle assembly; inserting the nozzle assembly into an internal volume of a receptacle, wherein a height of the elastomeric ring is greater than that of an inner wall of the receptacle by a height (h); disposing a cap into a casing, wherein the cap has a flat surface facing the receptacle; and inserting at least part of the receptacle containing the nozzle assembly into the casing, wherein the cap is configured to cover the receptacle; engaging the casing with a check nut of an aerosol generating apparatus to secure the nozzle assembly and the cap, wherein a pressurized liquid medicament is directed to pass through the nozzle assembly to generate aerosol, wherein proper seal is applied to prevent any leakage of the pressurized liquid medicament.
A method for producing a vinyl polymer, the method comprising: a polymerization step of using a composition that includes a microcapsule and polymerizing a vinyl monomer by radical reaction to produce a vinyl polymer, wherein the microcapsule has a core/shell structure, and the shell includes a water-soluble polymer and the core includes an organic peroxide, wherein the water-soluble polymer is at least one water-soluble polymer selected from the group consisting of polyvinyl alcohol, cellulose derivatives, gelatin, poly(meth)acrylic acid derivatives, polyvinylpyrrolidone, and polyethylene oxide. a polymerization step of using a composition that includes a microcapsule and polymerizing a vinyl monomer by radical reaction to produce a vinyl polymer, wherein the microcapsule has a core/shell structure, and the shell includes a water-soluble polymer and the core includes an organic peroxide, wherein the water-soluble polymer is at least one water-soluble polymer selected from the group consisting of polyvinyl alcohol, cellulose derivatives, gelatin, poly(meth)acrylic acid derivatives, polyvinylpyrrolidone, and polyethylene oxide.