mhurhangee/ep-ind-claims huggingface dataset:
An air pump comprising: a pump unit; and an air tank for temporarily storing compressed air compressed in the pump unit before discharging the compressed air from the air pump, the air pump being characterized in that: the air tank comprises a resinous tank body having a top wall on which the pump unit is placed, and a peripheral wall extending downward from the top wall, the tank body having a downward facing opening defined by a bottom surface of the peripheral wall, the peripheral wall having a plurality of screw-receiving holes vertically extending therethrough; and a metallic bottom wall member engaged with the bottom surface of the peripheral wall so as to close the opening of the tank body; the air pump further comprising bolts that are passed through the metallic bottom wall member and the screw receiving holes of the peripheral wall and into a metallic part of the pump unit and tightened to securely connect the pump unit and the air tank to each other. a pump unit; and an air tank for temporarily storing compressed air compressed in the pump unit before discharging the compressed air from the air pump, the air pump being characterized in that: the air tank comprises a resinous tank body having a top wall on which the pump unit is placed, and a peripheral wall extending downward from the top wall, the tank body having a downward facing opening defined by a bottom surface of the peripheral wall, the peripheral wall having a plurality of screw-receiving holes vertically extending therethrough; and a metallic bottom wall member engaged with the bottom surface of the peripheral wall so as to close the opening of the tank body; the air pump further comprising bolts that are passed through the metallic bottom wall member and the screw receiving holes of the peripheral wall and into a metallic part of the pump unit and tightened to securely connect the pump unit and the air tank to each other. the air tank comprises a resinous tank body having a top wall on which the pump unit is placed, and a peripheral wall extending downward from the top wall, the tank body having a downward facing opening defined by a bottom surface of the peripheral wall, the peripheral wall having a plurality of screw-receiving holes vertically extending therethrough; and a metallic bottom wall member engaged with the bottom surface of the peripheral wall so as to close the opening of the tank body; the air pump further comprising bolts that are passed through the metallic bottom wall member and the screw receiving holes of the peripheral wall and into a metallic part of the pump unit and tightened to securely connect the pump unit and the air tank to each other.
Apparatus for simultaneous in-phase neuromusculoskeletal treatment comprising: an end effector, a housing, a source of electromagnetic radiation and a source of energy; the end effector consisting of a patient contact element comprised of a material transparent to electromagnetic radiation with frequencies of interest for treatment of neuromusculoskeletal complaints, said contact element is mounted in the housing with the source of said electromagnetic radiation mounted behind the patient contact element and the source of energy for the operation of the source of electromagnetic radiation, said housing having an end opposite the patient contact element configured to provide both mechanical and electrical coupling to a single or multiple impulse therapy instrument designed to provide mechanical impulses to the patient for the relief of neuromuscular complaints such as musculoskeletal pain due to joint subluxation, restricted joint mobility, myofacial spasm and ligamentous strain, a controller to synchronize the radiation therapy with the mechanical impulse comprising: a microprocessor; a switch to establish the initiation of the mechanical impulse coupled with the microprocessor to initiate and control the length of single or multiple radiant pulses at any point within the mechanical impulse or a sensor such as an accelerometer or force sensor which monitors the mechanical impulse and is coupled to the microprocessor which is programmed to control the initiation and length of single or multiple radiant pulses at any point within the mechanical impulse. an end effector, a housing, a source of electromagnetic radiation and a source of energy; the end effector consisting of a patient contact element comprised of a material transparent to electromagnetic radiation with frequencies of interest for treatment of neuromusculoskeletal complaints, said contact element is mounted in the housing with the source of said electromagnetic radiation mounted behind the patient contact element and the source of energy for the operation of the source of electromagnetic radiation, said housing having an end opposite the patient contact element configured to provide both mechanical and electrical coupling to a single or multiple impulse therapy instrument designed to provide mechanical impulses to the patient for the relief of neuromuscular complaints such as musculoskeletal pain due to joint subluxation, restricted joint mobility, myofacial spasm and ligamentous strain, a controller to synchronize the radiation therapy with the mechanical impulse comprising: a microprocessor; a switch to establish the initiation of the mechanical impulse coupled with the microprocessor to initiate and control the length of single or multiple radiant pulses at any point within the mechanical impulse or a sensor such as an accelerometer or force sensor which monitors the mechanical impulse and is coupled to the microprocessor which is programmed to control the initiation and length of single or multiple radiant pulses at any point within the mechanical impulse.
Component for vehicles comprising a base in Lightweight Reinforced Thermoplastic material, consisting at least partly of a layer of thermoplastic material (52, 54), and at least one accessory body, wherein the accessory body is thermoplastically joined to the base, along a contact region at least piecewise continuous, said component for vehicles being characterized in the fact that the accessory body is constituted at least in part of polypropylene, or polyethylene, or polyurethane, or polyethylene terephthalate, and wherein said accessory body is positioned only on at least one localised region of the base, and wherein at the part of the contact region in which the accessory body is firmly joined to the base, the component for vehicles presents a depression, i.e. a region having a reduced thickness compared to the regions of the component for vehicles adjacent to said part of the contact region. said component for vehicles being characterized in the fact that the accessory body is constituted at least in part of polypropylene, or polyethylene, or polyurethane, or polyethylene terephthalate, and wherein said accessory body is positioned only on at least one localised region of the base, and wherein at the part of the contact region in which the accessory body is firmly joined to the base, the component for vehicles presents a depression, i.e. a region having a reduced thickness compared to the regions of the component for vehicles adjacent to said part of the contact region.
A device (6, 200) for producing dispersed elements, each dispersed element comprising a core comprising at least one first fluid, and a shell able to retain the core, the shell being obtained from a second fluid, the device comprising a hollow body, the hollow body defining: - an internal conduit for distributing the first fluid, the internal conduit defining an inner volume; - an external conduit for distributing the second fluid, the internal conduit and the external conduit extending coaxially along a longitudinal axis (AA'); the device comprises at least one metal tube extending along the longitudinal axis (AA') and being positioned in the inner volume of the internal conduit and/or in the downstream extension of the internal conduit and/or of the external conduit, the external conduit being connected upstream to an external supply route for the second fluid, characterized in that the external supply route has a substantially revolution shape around the longitudinal axis (AA'), the external supply route being connected to the external conduit by means of an external connection channel forming a pressure drop. - an internal conduit for distributing the first fluid, the internal conduit defining an inner volume; - an external conduit for distributing the second fluid, the internal conduit and the external conduit extending coaxially along a longitudinal axis (AA');
A method for the production of Adeno-associated virus, comprising the steps of: (a) providing a stable AAV producer host cell line in which all genes encoding the components necessary for the production of AAV are stably integrated into 5 the host cell genome; (b) culturing said cells in perfusion culture during the AAV production step, wherein said perfusion culture encompasses continuous replacement of spent media with fresh media, and wherein said continuous replacement of spent media with fresh media continues after the induction of AAV production, wherein the following genes are stably integrated into the host cell genome: the genes encoding the AAV Cap proteins VP1, VP2, and VP3; the genes encoding the AAV Rep proteins Rep78 and Rep68, the genes encoding the AAV Rep proteins Rep52 and Rep40; the genes encoding the adenoviral helper functions E4orf6, E2A, and VA-RNA, the genes encoding the Ad5 helper genes E1A and E1B, and the gene of interest flanked by AAV ITRs, and wherein the expression of the four Rep proteins and the expression of the adenoviral helper functions E2A and E4orf6 are under the control of an inducible system. (a) providing a stable AAV producer host cell line in which all genes encoding the components necessary for the production of AAV are stably integrated into 5 the host cell genome; (b) culturing said cells in perfusion culture during the AAV production step, wherein said perfusion culture encompasses continuous replacement of spent media with fresh media, and wherein said continuous replacement of spent media with fresh media continues after the induction of AAV production, the genes encoding the AAV Cap proteins VP1, VP2, and VP3; the genes encoding the AAV Rep proteins Rep78 and Rep68, the genes encoding the AAV Rep proteins Rep52 and Rep40; the genes encoding the adenoviral helper functions E4orf6, E2A, and VA-RNA, the genes encoding the Ad5 helper genes E1A and E1B, and the gene of interest flanked by AAV ITRs, and wherein the expression of the four Rep proteins and the expression of the adenoviral helper functions E2A and E4orf6 are under the control of an inducible system.
A heat integrated distillation apparatus comprising: - a high-pressure column comprising a column bottom, a column top and a trayed or packed bed section, said trayed or packed bed section used as a rectifying section; - a low-pressure column, located above said high-pressure column, said low-pressure column comprising a column bottom, a feed stage, a trayed or packed bed section used as a stripping section and a rectifying section corresponding portion located above the feed stage; - a first pipe that connects the column bottom of said high-pressure column with the rectifying section corresponding portion of said low-pressure column via means for feeding a liquid staying in the column bottom of said high-pressure column to the rectifying section corresponding portion of said low-pressure column; - a heat exchanger located at a stage in lower part of said low-pressure column; characterised in that the distillation apparatus further comprises: - a second pipe (23, 4a) that connects the rectifying section corresponding portion with said heat exchanger in the lower part of the low-pressure column; - a compressor installed in said second pipe (23, 4a) and configured to compress vapor from the rectifying section corresponding portion and then feed the compressed vapor to said heat exchanger in the lower part of the low-pressure column; and - a third pipe that introduces fluid flowing out from said heat exchanger in the lower part of said low-pressure column to the column bottom (Ia) of the high-pressure column. - a high-pressure column comprising a column bottom, a column top and a trayed or packed bed section, said trayed or packed bed section used as a rectifying section; - a low-pressure column, located above said high-pressure column, said low-pressure column comprising a column bottom, a feed stage, a trayed or packed bed section used as a stripping section and a rectifying section corresponding portion located above the feed stage; - a first pipe that connects the column bottom of said high-pressure column with the rectifying section corresponding portion of said low-pressure column via means for feeding a liquid staying in the column bottom of said high-pressure column to the rectifying section corresponding portion of said low-pressure column; - a heat exchanger located at a stage in lower part of said low-pressure column; - a second pipe (23, 4a) that connects the rectifying section corresponding portion with said heat exchanger in the lower part of the low-pressure column; - a compressor installed in said second pipe (23, 4a) and configured to compress vapor from the rectifying section corresponding portion and then feed the compressed vapor to said heat exchanger in the lower part of the low-pressure column; and - a third pipe that introduces fluid flowing out from said heat exchanger in the lower part of said low-pressure column to the column bottom (Ia) of the high-pressure column.
A swivel mount device for hanging a punching bag from an overhead support, comprising: a swivel joint defining at least first and second perpendicular pivot axes; an upper connector connected to the swivel joint for rotation about the first pivot axis and configured for attachment to an overhead support; a lower member pivotally connected to the swivel joint for rotation about the second pivot axis; a mounting device having a central connector secured to the lower member and a peripheral portion surrounding the central connector; and a plurality of attachment members rigidly attachable at spaced intervals around the peripheral portion of the mounting device and configured for engagement with respective straps secured to a punching bag, whereby each strap is secured to the mounting device independently and separately from the other punching bag straps. a swivel joint defining at least first and second perpendicular pivot axes; an upper connector connected to the swivel joint for rotation about the first pivot axis and configured for attachment to an overhead support; a lower member pivotally connected to the swivel joint for rotation about the second pivot axis; a mounting device having a central connector secured to the lower member and a peripheral portion surrounding the central connector; and a plurality of attachment members rigidly attachable at spaced intervals around the peripheral portion of the mounting device and configured for engagement with respective straps secured to a punching bag, whereby each strap is secured to the mounting device independently and separately from the other punching bag straps.
A refrigerator comprising: an inner case that defines a storage space; and an outer case spaced apart a distance from the inner case, the outer case and the inner case defining, between the outer case and the inner case, a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case; characterized in that the refrigerator further comprises a liquid-gas interchanger that is arranged in the vacuum space and that is configured to facilitate heat exchange between refrigerant exhausted from an evaporator and refrigerant exhausted from a condenser, wherein a first pipe end and a second pipe end of the liquid-gas interchanger are welded to the inner case and the outer case, respectively, and wherein the liquid-gas interchanger is spaced apart from the inner case and the outer case, except the welded portion of the pipe ends. an inner case that defines a storage space; and an outer case spaced apart a distance from the inner case, the outer case and the inner case defining, between the outer case and the inner case, a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case; characterized in that the refrigerator further comprises a liquid-gas interchanger that is arranged in the vacuum space and that is configured to facilitate heat exchange between refrigerant exhausted from an evaporator and refrigerant exhausted from a condenser, wherein a first pipe end and a second pipe end of the liquid-gas interchanger are welded to the inner case and the outer case, respectively, and wherein the liquid-gas interchanger is spaced apart from the inner case and the outer case, except the welded portion of the pipe ends.
A deliquescent solid feeding device for a device for drying a fluid in liquid or gas form, said drying device comprising an enclosure with temperature and pressure conditions different from atmospheric, a deliquescent solid bed, an inlet for a fluid to be treated and an outlet for the treated fluid, said device comprising an air lock containing deliquescent solids, a drive device for driving the solids from air lock to the inside of enclosure and throttling means arranged on the drive device, characterized in that drive device comprises a pipe for delivery of the solids into enclosure, said pipe being inclined at an angle (α) ranging between 25° and 80° to the horizontal, more preferably at an angle ranging between 45° and 70°, and most preferably at an angle ranging between 40° and 60°, and a line for circulation of the solids towards the pipe, in that throttling means are arranged between the pipe and the line, and in that air lock is provided with a vent controlled by a valve.
A composite material for manufacturing products having radio-opaque or radio attenuating characteristics, the material comprising a central layer consisting of a radio-opaque or radio attenuating sheet enclosed between two layers (18, 19) of fabric, characterised in that each of the two layers (18, 19) is made of trilaminate consisting of two outer polyester layers and an inner polyurethane membrane, each of the two layers (18, 19) being impermeable to liquids and permeable to steam, in such a way as to allow the repeated washing and industrial sterilisation of the sheet using steam at a temperature of about 134°C, and in that said sheet consists of a bicomponent thermosetting polyurethane film provided with predetermined radio-opaque or radio attenuating characteristics.
A method for diagnosing whether or not a discharge has occurred inside an oil-filled electrical apparatus, comprising: - an in-oil gases analyzing step of analyzing whether hydrogen gas and at least one gas selected from the group consisting of methane, ethane, ethylene, acetylene, hydrocarbon having a carbon number of 3 or 4, carbon monoxide, carbon dioxide, oxygen, and nitrogen, is contained in an insulating oil used inside the oil-filled electrical apparatus; - a step of analyzing whether a causative substance serving as a cause of generation of the hydrogen in the insulating oil is present in the insulating oil, irrespective of whether or not a discharge has occurred; and - a step of diagnosing whether or not a discharge has occurred based on an analysis result of the in-oil gases analyzing step and an analysis result of the step of analyzing the causative substance. - an in-oil gases analyzing step of analyzing whether hydrogen gas and at least one gas selected from the group consisting of methane, ethane, ethylene, acetylene, hydrocarbon having a carbon number of 3 or 4, carbon monoxide, carbon dioxide, oxygen, and nitrogen, is contained in an insulating oil used inside the oil-filled electrical apparatus; - a step of analyzing whether a causative substance serving as a cause of generation of the hydrogen in the insulating oil is present in the insulating oil, irrespective of whether or not a discharge has occurred; and - a step of diagnosing whether or not a discharge has occurred based on an analysis result of the in-oil gases analyzing step and an analysis result of the step of analyzing the causative substance.
A secondary battery constructed in a structure in which an electrode assembly is mounted in a battery case made of a laminate sheet including a resin layer and a metal layer, wherein the electrode assembly has a structure in which separators are disposed between cathode current collectors and anode current collectors, wherein cathode tabs and anode tabs protrude from the upper ends of the respective current collectors (310, 320) and are coupled to corresponding electrode leads (400, 410), wherein the electrode assembly is sealed in the battery case while the electrode leads (400, 410) are exposed to the outside of the battery case, and wherein a protective film is attached to coupling regions (401, 411) between the electrode tabs (301, 302) and the electrode leads (400, 410) for sealing these coupling regions (401, 411), and wherein an insulating film is attached to contact regions between the electrode leads (400, 410) and the battery case, characterized in that the insulating film extends to wrap the coupling regions (401, 411) between the electrode tabs (301, 302) and the electrode leads (400, 410), thereby forming the protective film.
A method for performing, by a user equipment, UE, a Device-to-Device, D2D, communication in a wireless communication system, the method comprising: receiving, from a base station, Sounding Reference Signal, SRS, configuration information; when a subframe having a subframe number same as an uplink subframe indicated by the SRS configuration information is configured as a D2D subframe, determining whether to transmit a D2D signal in the D2D subframe, or not, based on whether a timing adjustment value of the uplink subframe is applied to the D2D subframe and a cyclic prefix configured for the D2D subframe and a cyclic prefix configured for the uplink subframe; and when the timing adjustment value of the uplink subframe is not applied to the D2D subframe and the cyclic prefix configured for the D2D subframe has different length from the cyclic prefix configured for the uplink subframe, transmitting, to the base station, a SRS in the uplink subframe without transmitting the D2D signal in the D2D subframe. receiving, from a base station, Sounding Reference Signal, SRS, configuration information; when a subframe having a subframe number same as an uplink subframe indicated by the SRS configuration information is configured as a D2D subframe, determining whether to transmit a D2D signal in the D2D subframe, or not, based on whether a timing adjustment value of the uplink subframe is applied to the D2D subframe and a cyclic prefix configured for the D2D subframe and a cyclic prefix configured for the uplink subframe; and when the timing adjustment value of the uplink subframe is not applied to the D2D subframe and the cyclic prefix configured for the D2D subframe has different length from the cyclic prefix configured for the uplink subframe, transmitting, to the base station, a SRS in the uplink subframe without transmitting the D2D signal in the D2D subframe.