mhurhangee/ep-ind-claims huggingface dataset:
A washing machine comprising an inner tub, an outer tub and a drying assembly; a condensation cavity being formed between a rear wall of the inner tub and a rear wall of the outer tub; the drying assembly comprising a heating air duct, and a fan and a heating device that are disposed in the heating air duct, one end of the heating air duct being communicated with an air outlet of the condensation cavity, and another end of the heating air duct being communicated with an air inlet of the inner tub; the fan being used for pumping air in the inner tub into the condensation cavity for condensation, and guiding the air into the heating air duct to be heated by the heating device and then discharged into the inner tub to form circulation, so as to dry laundry in the inner tub; and a position, proximate to the air outlet of the condensation cavity, on an inner side face of the rear wall of the outer tub is recessed in a direction away from the inner tub to form an enlarged cavity; characterized in that a housing of the heating air duct is a heat conductive housing, a blind groove is provided at a position, proximate to the heating device, of an exterior of the housing of the heating air duct, and a temperature limiter is provided in the blind groove; the temperature limiter is capable of detecting heat of the housing of the heating air duct, and the temperature limiter is configured to turn off the heating device. a condensation cavity being formed between a rear wall of the inner tub and a rear wall of the outer tub; the drying assembly comprising a heating air duct, and a fan and a heating device that are disposed in the heating air duct, one end of the heating air duct being communicated with an air outlet of the condensation cavity, and another end of the heating air duct being communicated with an air inlet of the inner tub; the fan being used for pumping air in the inner tub into the condensation cavity for condensation, and guiding the air into the heating air duct to be heated by the heating device and then discharged into the inner tub to form circulation, so as to dry laundry in the inner tub; and a position, proximate to the air outlet of the condensation cavity, on an inner side face of the rear wall of the outer tub is recessed in a direction away from the inner tub to form an enlarged cavity; characterized in that a housing of the heating air duct is a heat conductive housing, a blind groove is provided at a position, proximate to the heating device, of an exterior of the housing of the heating air duct, and a temperature limiter is provided in the blind groove; the temperature limiter is capable of detecting heat of the housing of the heating air duct, and the temperature limiter is configured to turn off the heating device.
A system for delivering to a subject at least one pre-determined amount of THC, the system comprising: a memory which stores a scheduled regimen for delivery of THC to said subject; and an inhaler device (901, 1601, 1701) for delivering said THC to said subject, said inhaler device comprising a controller (913, 1607, 1719) which carries out delivery of said THC; said system characterized by: a decision module which decides, according to said scheduled regimen, if a delivery should take place; said scheduled regimen defining a maximal amount of THC to be delivered, said amount being 1 mg or less; said decision module configured with a setting for a time period over which said amount is delivered, said time period being two hours or longer, taking into account that said maximal amount of THC is sufficient to reduce at least one treated symptom without return of the symptom to a pre-inhalation degree for said time period of at least two hours or longer. a memory which stores a scheduled regimen for delivery of THC to said subject; and an inhaler device (901, 1601, 1701) for delivering said THC to said subject, said inhaler device comprising a controller (913, 1607, 1719) which carries out delivery of said THC; said system characterized by: a decision module which decides, according to said scheduled regimen, if a delivery should take place; said scheduled regimen defining a maximal amount of THC to be delivered, said amount being 1 mg or less; said decision module configured with a setting for a time period over which said amount is delivered, said time period being two hours or longer, taking into account that said maximal amount of THC is sufficient to reduce at least one treated symptom without return of the symptom to a pre-inhalation degree for said time period of at least two hours or longer.
A system for treating wastewater, comprising a first treatment basin, a second treatment basin, an inlet, a first supply and a second supply as well as a first discharge and a second discharge, wherein the inlet is assigned to the supplies of the two treatment basins (2, 3) and wherein wastewater to be purified can be supplied via the inlet, and wherein the two treatment basins (2, 3) are connected to communicating vessels, and wherein the first supply and the first discharge are assigned to the first treatment basin and the second supply and the second discharge are assigned to the second treatment basin, wherein the system comprises a control unit, wherein the control unit comprises a first closing element, a second closing element, a drive unit and a mechanical connection element, wherein the first closing element and the second closing element 11) are mechanically connected to each other by means of the mechanical connection element, and wherein the first closing element is assigned to the first discharge and the second closing element is assigned to the second discharge, and that the second closing element takes a closed position in an open position of the first closing element, and vice versa, and that the open position and the closed position of both closing elements (10, 11) can be set by the drive unit.
A distributor (80, 142) for use in a vapor compression system comprising: an enclosure configured to be positioned in a heat exchanger having a tube bundle comprising a plurality of tubes extending horizontally in the heat exchanger; and at least one distribution device formed in an end of the enclosure positioned to face the tube bundle, the at least one distribution device configured to apply a fluid entering the distributor (80, 142) onto the tube bundle, wherein the enclosure has an aspect ratio between 2:1 and 6:1; characterized in that the end of the enclosure comprises an end feature and the at least one distribution device comprises at least one opening formed in the end feature; wherein the at least one opening is configured and disposed to distribute fluid at a spray angle of between 60 degrees and 180 degrees over an entire range of fluid pressures associated with operation of the distributor (80, 142) of the vapor compression system; and wherein the enclosure further comprises a terminus and an opposed terminus such that the fluid is directed to flow more uniformly along a length of the enclosure. an enclosure configured to be positioned in a heat exchanger having a tube bundle comprising a plurality of tubes extending horizontally in the heat exchanger; and at least one distribution device formed in an end of the enclosure positioned to face the tube bundle, the at least one distribution device configured to apply a fluid entering the distributor (80, 142) onto the tube bundle, wherein the enclosure has an aspect ratio between 2:1 and 6:1; characterized in that the end of the enclosure comprises an end feature and the at least one distribution device comprises at least one opening formed in the end feature; wherein the at least one opening is configured and disposed to distribute fluid at a spray angle of between 60 degrees and 180 degrees over an entire range of fluid pressures associated with operation of the distributor (80, 142) of the vapor compression system; and wherein the enclosure further comprises a terminus and an opposed terminus such that the fluid is directed to flow more uniformly along a length of the enclosure.
A Cartesian machine tool, of the type with a horizontal slide and a machining head supported in a cantilever manner by said slide, which comprises: - a slide carriage, with respect to which said slide can move horizontally with corresponding means of horizontal translation, - a post, which comprises two opposing guiding columns (16, 17) for the vertical movement of said slide carriage with means of vertical translation, said slide carriage comprising: - a first front part, which is coupled to said post with said means of vertical translation, - a second rear part, which is coupled to said first part with means of translation in a transverse direction with respect to a direction of motion of said slide with respect to said carriage, the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide, - actuator means for controlling the translation of said second part with respect to said first part, in order to define an optimum configuration of use of said slide, characterized in that said second part is constituted by a frame within which said slide slides. - a slide carriage, with respect to which said slide can move horizontally with corresponding means of horizontal translation, - a post, which comprises two opposing guiding columns (16, 17) for the vertical movement of said slide carriage with means of vertical translation, said slide carriage comprising: - a first front part, which is coupled to said post with said means of vertical translation, - a second rear part, which is coupled to said first part with means of translation in a transverse direction with respect to a direction of motion of said slide with respect to said carriage, the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide, - actuator means for controlling the translation of said second part with respect to said first part, in order to define an optimum configuration of use of said slide, characterized in that said second part is constituted by a frame within which said slide slides. - a first front part, which is coupled to said post with said means of vertical translation, - a second rear part, which is coupled to said first part with means of translation in a transverse direction with respect to a direction of motion of said slide with respect to said carriage, the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide, - actuator means for controlling the translation of said second part with respect to said first part, in order to define an optimum configuration of use of said slide, characterized in that said second part is constituted by a frame within which said slide slides.
A connector comprising: an outer tube; an inner tube held by the outer tube while being inserted into the outer tube; a fluid channel (230, 231, 232) having a hollow passage, the fluid channel (230, 231, 232) being fixed to a distal end side of the inner tube and accommodated in the outer tube; and a ratchet mechanism which allows rotation of the inner tube in one direction while restricting rotation of the inner tube in the other direction, wherein the inner tube includes an insertion attachment portion which is provided on a proximal end side of the inner tube and with which a distal end side of a drug container is screwed to be attached thereto by insertion, and in an insertion attachment state in which the drug container is attached by insertion to the insertion attachment portion, the ratchet mechanism restricts rotation of the inner tube together with the drug container in a screwing direction and allows the inner tube to rotate freely relative to the outer tube together with the drug container in an unscrewing direction opposite to the screwing direction, characterized in that the connector further comprises a valve having a valve hole provided so as to open and close, the valve closing a distal end side of the outer tube. an outer tube; an inner tube held by the outer tube while being inserted into the outer tube; a fluid channel (230, 231, 232) having a hollow passage, the fluid channel (230, 231, 232) being fixed to a distal end side of the inner tube and accommodated in the outer tube; and a ratchet mechanism which allows rotation of the inner tube in one direction while restricting rotation of the inner tube in the other direction, wherein the inner tube includes an insertion attachment portion which is provided on a proximal end side of the inner tube and with which a distal end side of a drug container is screwed to be attached thereto by insertion, and in an insertion attachment state in which the drug container is attached by insertion to the insertion attachment portion, the ratchet mechanism restricts rotation of the inner tube together with the drug container in a screwing direction and allows the inner tube to rotate freely relative to the outer tube together with the drug container in an unscrewing direction opposite to the screwing direction, characterized in that the connector further comprises a valve having a valve hole provided so as to open and close, the valve closing a distal end side of the outer tube.
A textile machine comprising: a yarn supplying section from which a yarn is to be pulled; a winding section configured to wind the yarn pulled from the yarn supplying section and to form a package; a yarn joining device configured to perform yarn joining of the yarn from the yarn supplying section and the yarn from the winding section; a yarn catching/guiding device configured to suck the yarn from the winding section in a tube member thereby catching the yarn and to guide the caught yarn to the yarn joining device; a first detecting section configured to detect the yarn present in the tube member of the yarn catching/guiding device; a second detecting section arranged on a yarn path between the yarn supplying section and the winding section and configured to detect the yarn traveling on the yarn path; characterized by a success/failure determining section configured to determine success or failure in catching the yarn from the winding section by the yarn catching/guiding device based on at least one of a detection result obtained in the first detecting section and a detection result obtained in the second detecting section; and a defect determining section configured to determine whether a defect has occurred in the yarn joining operation based on the detection results obtained in the first detecting section and the second detecting section. a yarn supplying section from which a yarn is to be pulled; a winding section configured to wind the yarn pulled from the yarn supplying section and to form a package; a yarn joining device configured to perform yarn joining of the yarn from the yarn supplying section and the yarn from the winding section; a yarn catching/guiding device configured to suck the yarn from the winding section in a tube member thereby catching the yarn and to guide the caught yarn to the yarn joining device; a first detecting section configured to detect the yarn present in the tube member of the yarn catching/guiding device; a second detecting section arranged on a yarn path between the yarn supplying section and the winding section and configured to detect the yarn traveling on the yarn path; characterized by a success/failure determining section configured to determine success or failure in catching the yarn from the winding section by the yarn catching/guiding device based on at least one of a detection result obtained in the first detecting section and a detection result obtained in the second detecting section; and a defect determining section configured to determine whether a defect has occurred in the yarn joining operation based on the detection results obtained in the first detecting section and the second detecting section.
A method of manufacturing a die package having the steps of: - applying a first layer of polyimide on a rigid carrier substrate by means of spin coating, - placing and fixing a die comprising die contacts on said first layer of polyimide - applying a second layer of polyimide on said die and said first layer of polyimide by means of spin coating, - defining contact holes in said second layer of polyimide, thereby opening said die contacts, - thereafter, metallising and patterning of a contact metal 4. providing a metallization for the die contacts, and - releasing said die package from the carrier substrate, said die package comprising said first and said second layer of polyimide, said die and said metallization, wherein said die is a silicon die and has a thickness between 10 and 50 μm (micron), and wherein both said first layer of polyimide and said second layer of polyimide have a thickness in between 10 and 20 μm (micron). - applying a first layer of polyimide on a rigid carrier substrate by means of spin coating, - placing and fixing a die comprising die contacts on said first layer of polyimide - applying a second layer of polyimide on said die and said first layer of polyimide by means of spin coating, - defining contact holes in said second layer of polyimide, thereby opening said die contacts, - thereafter, metallising and patterning of a contact metal 4. providing a metallization for the die contacts, and - releasing said die package from the carrier substrate, said die package comprising said first and said second layer of polyimide, said die and said metallization,
A primary containment vessel, including a reactor pressure vessel, a pedestal for supporting the reactor pressure vessel, a lower drywell positioned to be lower than the reactor pressure vessel and formed on an inner side in a radial direction of the pedestal, an upper drywell located on an outer side in a radial direction of the reactor pressure vessel and separated from the lower drywell by a diaphragm floor, a suppression chamber for storing coolant, the suppression chamber being located to be lower than the upper drywell on an outer side in the radial direction of the pedestal, and a drain sump provided on a floor portion of the lower drywell, the primary containment vessel comprising: a sump cover for covering the drain sump from above a floor surface of the lower drywell; a floor protection material integrally formed with the sump cover and supported to form a floor surface gap with the floor surface of the lower drywell; a wall protection material integrally formed with the sump cover and erected on an upper surface outer edge portion of the floor protection material to form a wall surface gap with an inner wall surface of the pedestal; and a water injection mechanism for injecting cooling water into the floor surface gap and the wall surface gap, characterized in that the water injection mechanism includes a water injection pump and a water injection line for introducing the cooling water supplied through the water injection pump to the wall surface gap, and the primary containment vessel further comprises a sign detection device for detecting a sign of breakage of the reactor pressure vessel, wherein the water injection pump injects water when the sign of breakage of the reactor pressure vessel is detected by the sign detection device. a sump cover for covering the drain sump from above a floor surface of the lower drywell; a floor protection material integrally formed with the sump cover and supported to form a floor surface gap with the floor surface of the lower drywell; a wall protection material integrally formed with the sump cover and erected on an upper surface outer edge portion of the floor protection material to form a wall surface gap with an inner wall surface of the pedestal; and a water injection mechanism for injecting cooling water into the floor surface gap and the wall surface gap,
A patch antenna for an RFID reading apparatus having a circuit board which has at least one slot and a contact at the slot for feeding and/or picking up an electromagnetic signal and having a planar resonator in parallel with the circuit board, wherein the signal is capacitively coupled into the resonator via the slot or vice versa, characterized in that the slot has a plurality of arcs, thus is folded into itself and so forms a two-dimensional pattern on the circuit board, wherein a middle arc has the greatest height and arcs at the sides have a smaller height as the distance from the middle arc increases.
Display stand, with - a planar base body made of cardboard, comprising at least a first and a second planar section (14a, 14b), which are pivotably connected to each other by a set-up fold, characterized by - a first and a second planar cover body (18a, 18b) made of cardboard, an inner surface of the first cover body resting on an inner surface of the first planar section and being partially glued thereto and an inner surface of the second cover body resting on an inner surface of the second planar section and being partially glued thereto, - wherein a first adhesive-free pocket region is formed between the inner side of the first cover body and the inner side of the first planar section, which is adjacent to the set-up fold, and a second adhesive-free pocket region is formed between the inner side of the second cover body and the inner side of the second planar section, which is adjacent to the set-up fold, - and wherein a flat metal strip bridging the set-up fold is arranged with a first part in the first pocket region and with a second part in the second pocket region, wherein the metal strip is held displaceably in at least one of the pocket regions (22a, 22b) without material connection to the respective cover body (18a, 18b) and planar section (14a, 14b). - a planar base body made of cardboard, comprising at least a first and a second planar section (14a, 14b), which are pivotably connected to each other by a set-up fold, characterized by - a first and a second planar cover body (18a, 18b) made of cardboard, an inner surface of the first cover body resting on an inner surface of the first planar section and being partially glued thereto and an inner surface of the second cover body resting on an inner surface of the second planar section and being partially glued thereto, - wherein a first adhesive-free pocket region is formed between the inner side of the first cover body and the inner side of the first planar section, which is adjacent to the set-up fold, and a second adhesive-free pocket region is formed between the inner side of the second cover body and the inner side of the second planar section, which is adjacent to the set-up fold, - and wherein a flat metal strip bridging the set-up fold is arranged with a first part in the first pocket region and with a second part in the second pocket region, wherein the metal strip is held displaceably in at least one of the pocket regions (22a, 22b) without material connection to the respective cover body (18a, 18b) and planar section (14a, 14b).