mhurhangee/patent-ind-claim-en huggingface dataset:
Cryostat assembly comprising an outer container in which a storage tank with a first cryogenic fluid and a coil tank with a superconducting magnet coil system to be cooled are arranged, wherein the cryostat assembly is designed such that the magnet coil system is cooled by a second cryogenic fluid whose temperature is below that of the first cryogenic fluid, the coil tank being mechanically connected to the outer container and/or to one or more radiation shields surrounding the coil tank by means of a mounting structure, and liquid helium at an operating temperature of approximately 4.2 K being selected as the first cryogenic fluid in the storage tank and helium at an operating temperature of < 3.5 K being selected as the second cryogenic fluid in the coil tank , characterized in that the mounting structure comprises a plurality of mounting elements (7; 7') which each have at least one thermally conductive contact point (7a; 7a') which is thermally coupled in each case to at least one heat sink, whose temperature is lower than or equal to that of the storage tank , by means of at least one thermal conductor element (8; 8'), that at least one heat sink comprises the storage tank , and in that the thermal conductor element comprises tube loops by means of which the contact points and the storage tank are thermally coupled, the tube loops branching away from the storage tank below a liquid surface of the first cryogenic fluid, leading to the contact points , and then being returned to a location on the storage tank which is above the liquid surface. wherein the cryostat assembly is designed such that the magnet coil system is cooled by a second cryogenic fluid whose temperature is below that of the first cryogenic fluid, the coil tank being mechanically connected to the outer container and/or to one or more radiation shields surrounding the coil tank by means of a mounting structure, and liquid helium at an operating temperature of approximately 4.2 K being selected as the first cryogenic fluid in the storage tank and helium at an operating temperature of < 3.5 K being selected as the second cryogenic fluid in the coil tank , characterized in that the mounting structure comprises a plurality of mounting elements (7; 7') which each have at least one thermally conductive contact point (7a; 7a') which is thermally coupled in each case to at least one heat sink, whose temperature is lower than or equal to that of the storage tank , by means of at least one thermal conductor element (8; 8'), that at least one heat sink comprises the storage tank , and in that the thermal conductor element comprises tube loops by means of which the contact points and the storage tank are thermally coupled, the tube loops branching away from the storage tank below a liquid surface of the first cryogenic fluid, leading to the contact points , and then being returned to a location on the storage tank which is above the liquid surface.
A wrist guard for being worn on the wrist (H) to protect the wrist (H), the wrist guard comprising a band body configured to be worn on the wrist (H) by encircling the wrist (H); characterized by further comprising: a pair of compression pads disposed on opposite portions of the band body worn on the wrist (H) to respectively compress a part of the wrist (H), such that the wrist (H) other than those compressed by the compression pads is not compressed, wherein the compression pads include a radial compression pad mounted on one portion of the band body to compress the radial part of the wrist (H) and an ulnar compression pad mounted on the other portion of the band body to compress the ulnar part of the wrist (H), wherein the compression pads are mounted to be movable in a longitudinal direction of the band body . a band body configured to be worn on the wrist (H) by encircling the wrist (H); characterized by further comprising: a pair of compression pads disposed on opposite portions of the band body worn on the wrist (H) to respectively compress a part of the wrist (H), such that the wrist (H) other than those compressed by the compression pads is not compressed, wherein the compression pads include a radial compression pad mounted on one portion of the band body to compress the radial part of the wrist (H) and an ulnar compression pad mounted on the other portion of the band body to compress the ulnar part of the wrist (H), wherein the compression pads are mounted to be movable in a longitudinal direction of the band body .
Method for obtaining information about friction between a heated glass gob and at least one guiding trough , such as a distributor, scoop, long trough and/or deflector trough, through which the glass gob is transported to a mould for forming a glass product from the glass gob using the mould, wherein the glass product is manufactured by: a. forming the heated glass gob; b. transporting the glass gob through at least one guiding trough to the mould; c. forming the glass gob into the glass product using the mould, characterised in that the method furthermore comprises the following steps: d. making at least one infrared image of an outer part surface of the at least one guiding trough along which, in use, the gob while making contact with the outer part surface is transported; and e. analysing the at least one image for obtaining the information about the friction between the heated glass gob and the outer part surface along which the glass gob while making contact with the outer part surface is transported. a. forming the heated glass gob; b. transporting the glass gob through at least one guiding trough to the mould; c. forming the glass gob into the glass product using the mould, characterised in that the method furthermore comprises the following steps: d. making at least one infrared image of an outer part surface of the at least one guiding trough along which, in use, the gob while making contact with the outer part surface is transported; and e. analysing the at least one image for obtaining the information about the friction between the heated glass gob and the outer part surface along which the glass gob while making contact with the outer part surface is transported.
Fastening device for a furniture body , having a fastening bracket which can be fixed to a side wall of a furniture body , and a support profile which can be fixed to the fastening bracket , wherein the fastening bracket is displaceable along a linear guide on the support profile , wherein the support profile is provided with a groove for guiding the fastening bracket , wherein this groove has groove walls with inwardly projecting retaining webs, and the fastening bracket is fixable to the support profile via a displaceable clamping element and/or latching element, wherein the retaining webs of the groove walls are engaged behind by guide elements of the fastening bracket , characterized in that the fastening bracket is pressed away from the support profile via a wedge-shaped clamping surface , so that the wedge-shaped clamping surface is aligned at an angle inclined to a sliding direction of the clamping element , so that the fastening bracket is fixed to the support profile in a clamping manner via the guide elements .
An impeller for a centrifugal pump, the impeller comprising a hub with at least one solid and rigid working vane , the at least one solid and rigid working vane having a leading edge region , a trailing edge region , a central region (C), a thickness at the central region (C), a side edge, a pressure face , and a suction face , the leading edge region of the at least one solid and rigid working vane being provided with a rounding or thickened part having a thickness greater than that in the central region (C), characterized in that the trailing edge region of the at least one solid and rigid working vane is rounded by means of a rounding to have a thickness greater than that in the central region (C).
An optical communication device comprising: - a reception conversion unit that is configured to receive an optical signal and to convert the optical signal to an electric signal; - a first conversion unit that is configured to convert the electric signal obtained by the conversion by the reception conversion unit to a plurality of electric signals; - a plurality of signal detection units (130_1 - 130_N); - a switch unit that is configured to changes paths; - a plurality of interface units (110_1 - 110_N); and - a control unit , wherein each of the plurality of interface units (110_1 - 110_N) is configured to execute a process based on a communication standard having been set, a first signal detection unit (130_1) among the plurality of signal detection units (130_1 - 130_N) is configured to detect a first electric signal among the plurality of electric signals, and when the first electric signal is a signal to be processed based on a first communication standard, the control unit is configured to control the switch unit so that the first electric signal is inputted to a first interface unit (110_2) that is configured to execute a process based on the first communication standard among the plurality of interface units (110_1 - 110_N). - a reception conversion unit that is configured to receive an optical signal and to convert the optical signal to an electric signal; - a first conversion unit that is configured to convert the electric signal obtained by the conversion by the reception conversion unit to a plurality of electric signals; - a plurality of signal detection units (130_1 - 130_N); - a switch unit that is configured to changes paths; - a plurality of interface units (110_1 - 110_N); and - a control unit , wherein each of the plurality of interface units (110_1 - 110_N) is configured to execute a process based on a communication standard having been set, a first signal detection unit (130_1) among the plurality of signal detection units (130_1 - 130_N) is configured to detect a first electric signal among the plurality of electric signals, and when the first electric signal is a signal to be processed based on a first communication standard, the control unit is configured to control the switch unit so that the first electric signal is inputted to a first interface unit (110_2) that is configured to execute a process based on the first communication standard among the plurality of interface units (110_1 - 110_N).
A turbine , comprising blades , wherein a blade of the blades has a cooling working medium inlet , a hollow interior with a cavity, and one or more cooling working medium jet orifice on an outer blade surface; wherein the blade surface is provided with a spectral conversion coating ; wherein cooling working medium entering the blade is flowing out through the one or more cooling working medium jet orifice and forming an insulating layer between a high-temperature circulating working medium and the surface of the spectral conversion coating ; characterized in that the spectral conversion coating is converting the heat of the blade surface into a spectral conversion coating characteristic band radiation which is emitted radiation energy adjacent to cooling working medium characteristic band radiation of a cooling working medium, wherein said conversion characteristic band radiation refers to the emitted radiation energy near a central wavelength of a characteristic absorption peak of the cooling working medium characteristic band radiation which is concentrated by a spectral line width of the characteristic absorption peak, and the central wavelength of the characteristic absorption peak of the spectral conversion coating characteristic band radiation is the same as the central wavelength of the characteristic absorption peak of the cooling working medium characteristic band radiation, and the spectral line width of the spectral conversion layer characteristic band radiation is much smaller than the spectral line width of the cooling working medium characteristic band radiation. wherein a blade of the blades has a cooling working medium inlet , a hollow interior with a cavity, and one or more cooling working medium jet orifice on an outer blade surface; wherein the blade surface is provided with a spectral conversion coating ; wherein cooling working medium entering the blade is flowing out through the one or more cooling working medium jet orifice and forming an insulating layer between a high-temperature circulating working medium and the surface of the spectral conversion coating ; characterized in that the spectral conversion coating is converting the heat of the blade surface into a spectral conversion coating characteristic band radiation which is emitted radiation energy adjacent to cooling working medium characteristic band radiation of a cooling working medium, wherein said conversion characteristic band radiation refers to the emitted radiation energy near a central wavelength of a characteristic absorption peak of the cooling working medium characteristic band radiation which is concentrated by a spectral line width of the characteristic absorption peak, and the central wavelength of the characteristic absorption peak of the spectral conversion coating characteristic band radiation is the same as the central wavelength of the characteristic absorption peak of the cooling working medium characteristic band radiation, and the spectral line width of the spectral conversion layer characteristic band radiation is much smaller than the spectral line width of the cooling working medium characteristic band radiation.
An edible container for food products comprising two halves of the same shape and design, each of which is made of baked dough and has the form of a thin-walled tray with side walls on which protrusions and hollows are made, herewith, each half is made symmetrical in plan in the shape of the tray relative to at least one axis passing along the surface of the bottom of the tray, and both halves are interconnected with the location of the protrusions of one half in the hollows of the other half for the formation of a hollow thin-walled shell, along the edge of the side walls of each tray a support end platform is made to ensure resting of the trays against each other when they are connected, and protrusions and hollows in each tray are located along this support platform, characterized in that the protrusions and hollows in each tray are located on the side of the inner wall of the tray while the protrusions are located above the level of the support platform, and the hollows are located below this level, the recesses are made on the outer surface of the tray opposite to each protrusion inside the tray extended along the height of side wall to form stiffeners on the outer surface, and each protrusion in the tray is located opposite to such recess.
A solar panel assembly comprising a: (A) PV module comprising one or more PV cells within a plastic frame, and the frame comprising plastic front and rear base attachments , the front base attachments pivotally attached to the frame of the PV module and the rear base attachments slideably engaged with the frame of the PV module ; (B) Plastic base comprising two spaced apart mounting bases joined together by a connector board , each mounting base equipped with plastic front pegs to pivotally engage the front base attachments of the frame of the PV module , and rear slots engaged in a snap-fit relationship with the rear base attachments of the PV module ; (C) Plastic wind deflector engaged in a snap-fit relationship with each of the two rear base attachments ; (D) Plastic junction box (56A-D) integral with the PV module frame; and (E) Two plastic self-aligning devices (57A-D) for joining adjacent PV modules to one another, each device (57A-D) integral with the PV module frame. (A) PV module comprising one or more PV cells within a plastic frame, and the frame comprising plastic front and rear base attachments , the front base attachments pivotally attached to the frame of the PV module and the rear base attachments slideably engaged with the frame of the PV module ; (B) Plastic base comprising two spaced apart mounting bases joined together by a connector board , each mounting base equipped with plastic front pegs to pivotally engage the front base attachments of the frame of the PV module , and rear slots engaged in a snap-fit relationship with the rear base attachments of the PV module ; (C) Plastic wind deflector engaged in a snap-fit relationship with each of the two rear base attachments ; (D) Plastic junction box (56A-D) integral with the PV module frame; and (E) Two plastic self-aligning devices (57A-D) for joining adjacent PV modules to one another, each device (57A-D) integral with the PV module frame.
A process for removal of divalent ions from a MEG-water stream , the process comprising the steps of: routing a MEG-water stream containing calcium, magnesium, and sulfate ions to a chemical treatment tank ; adding a solution of barium chloride to the MEG-water stream in the chemical treatment tank to cause precipitation of barium sulfate in the MEG-water stream ; and. adding a solution of sodium carbonate to the MEG-water stream in the chemical treatment tank to cause precipitation of the calcium ions in the MEG-water stream ; adding a solution of sodium hydroxide to the MEG-water stream in the chemical treatment tank to cause precipitation of the magnesium ions in the MEG-water stream ; and discharging the MEG-water stream from the chemical treatment tank . routing a MEG-water stream containing calcium, magnesium, and sulfate ions to a chemical treatment tank ; adding a solution of barium chloride to the MEG-water stream in the chemical treatment tank to cause precipitation of barium sulfate in the MEG-water stream ; and. adding a solution of sodium carbonate to the MEG-water stream in the chemical treatment tank to cause precipitation of the calcium ions in the MEG-water stream ; adding a solution of sodium hydroxide to the MEG-water stream in the chemical treatment tank to cause precipitation of the magnesium ions in the MEG-water stream ; and discharging the MEG-water stream from the chemical treatment tank .
Terrace pedestal suitable for holding one or more floor boards at a distance from an underlying surface, comprising a supporting plate suitable for supporting one or more floor boards , characterized in that the supporting plate is provided with a levelling body for the one or more floor boards , wherein the levelling body is formed from a bituminous material, the levelling body comprises a removable protective layer and the levelling body has a thickness between 1 mm and 10 mm.
A multilayer tube, particularly for chemical and food-related fluids, which comprises, in succession from the inside outward: - a first layer constituted by a tubular sheath that is at least externally corrugated and which defines the duct for the fluid, - at least one second layer , which comprises an inner layer , chosen from between a rubberized fabric and an elastomeric material with textile reinforcement, which is arranged on said first layer , and an outer covering which is arranged on said inner layer , said first layer being constituted by a tubular sheath which is externally corrugated in a screw-like manner, so as to define helical peaks and troughs, and said second layer is shaped internally like a female thread. - a first layer constituted by a tubular sheath that is at least externally corrugated and which defines the duct for the fluid, - at least one second layer , which comprises an inner layer , chosen from between a rubberized fabric and an elastomeric material with textile reinforcement, which is arranged on said first layer , and an outer covering which is arranged on said inner layer , said first layer being constituted by a tubular sheath which is externally corrugated in a screw-like manner, so as to define helical peaks and troughs, and said second layer is shaped internally like a female thread.
An overhead line conductor bridging device (L) for electrically insulated guidance of an overhead line conductor of an overhead line past an overhead line conductor boom of an electricity pylon , wherein the overhead line conductor bridging device (L) comprises at least one conductor loop and an insulator body (16, 16', 16"), which surrounds the conductor loop which is arrangable to, on both sides on each end respectively of the overhead line conductor , electrically connect the ends of the overhead line conductor and which is arrangable to bridge the overhead line conductor boom , characterised in that the insulator body (16,16',16") is multi-layered, comprises at least one conductive layer resting directly on the surface of the conductor loop , comprises an insulating layer surrounding the conductive layer , and comprises a protective casing surrounding the insulating layer , and in that the overhead line conductor bridging device (L) comprises at least two control rings , which are arrangable at both ends of the overhead line conductor bridging device (L) in a manner electrically conductively connected to the conductor loop . the insulator body (16,16',16") is multi-layered, comprises at least one conductive layer resting directly on the surface of the conductor loop , comprises an insulating layer surrounding the conductive layer , and comprises a protective casing surrounding the insulating layer , and in that the overhead line conductor bridging device (L) comprises at least two control rings , which are arrangable at both ends of the overhead line conductor bridging device (L) in a manner electrically conductively connected to the conductor loop .
A compound of formula (XV), or a salt thereof preferably of formula (XV-a) wherein R5 is selected from hydrogen and a group -CO-OR*, and Ra and R* are, independently of each other, selected from hydrogen, a carboxyl protecting group, and C 1 -C 6 -alkyl, preferably ethyl, wherein the carboxyl protecting group is selected from C 6 -C 10 -aryl-C 1 -C 6 -alkyl and SiR11R12R13, wherein R11, R12, and R13 are, independently of each other, C 1 -C 7 -alkyl, C 6 -C 10 -aryl or phenyl-C 1- C 4 -alkyl. R5 is selected from hydrogen and a group -CO-OR*, and Ra and R* are, independently of each other, selected from hydrogen, a carboxyl protecting group, and C 1 -C 6 -alkyl, preferably ethyl, wherein the carboxyl protecting group is selected from C 6 -C 10 -aryl-C 1 -C 6 -alkyl and SiR11R12R13, wherein R11, R12, and R13 are, independently of each other, C 1 -C 7 -alkyl, C 6 -C 10 -aryl or phenyl-C 1- C 4 -alkyl.