mhurhangee/patent-ind-claim-en huggingface dataset:
A radio frequency waveguide communication system comprises: a guided electromagnetic transmission network including a remote node (302a-302n) in fluid communication with a waveguide (304a-304n); and a cooling air source in fluid communication with the guided electromagnetic transmission network and configured to provide pressurized cooling air to the waveguide, wherein the waveguide directs the pressurized cooling air to the remote node. a guided electromagnetic transmission network including a remote node (302a-302n) in fluid communication with a waveguide (304a-304n); and a cooling air source in fluid communication with the guided electromagnetic transmission network and configured to provide pressurized cooling air to the waveguide, wherein the waveguide directs the pressurized cooling air to the remote node.
A method for synthesizing 25-hydroxy cholesterol, comprising: adding a 24-dehydrocholesterol derivative and a hydroxyl containing reagent to an organic solvent and react at -40°C - 150°C for 1 - 40 hours in the presence of a catalyst; after completing the reaction, hydrolyzing with alkali, and then separating the reaction solution to obtain 25-hydroxy cholesterol, wherein the structural formulas of the 25-hydroxy cholesterol, the 24-dehydrocholesterol derivative and the hydroxyl containing reagent are shown in formula (I), formula (II) and formula (III) respectively: the R1 in formula (II) is the same as the R2 in formula (III), which is H or C1 - C12 acyl group, wherein the hydroxyl containing reagent is one of water, formic acid, acetic acid, propionic acid, butyric acid, benzoic acid and p-methyl benzoic acid or a mixture thereof at any ratio.
A feed additive to promote the growth of sows and piglets, which comprises serine, astragalus and ginseng leaves and comprises for a total of 100wt%: 50-60wt% of the serine, 20-25wt% of the astragalus, 20-25wt% of the ginseng leaves and 0-10wt% of rice bran meal as a carrier when it is present.
A heat exchanger , comprising a first collecting pipe , a second collecting pipe , a plurality of heat exchange tubes and at least one fin ; the plurality of heat exchange tubes respectively connecting with the first collecting pipe and the second collecting pipe , the heat exchange tube comprising a pipe wall and a refrigerant flow channel for a refrigerant to circulate, the heat exchange tube comprising a first end and a second end along an extension direction of the heat exchange tube , the refrigerant flow channel extending from the first end to the second end along the extension direction of the heat exchange tube and extending through the heat exchange tube , and the refrigerant flow channel of the heat exchange tube communicating with an inner cavity of the first collecting pipe and an inner cavity of the second collecting pipe ; the fin being at least partially arranged between two adjacent heat exchange tubes ; wherein the heat exchanger further comprises a hygroscopic colloid adhered to at least part of an outer surface of the fin and optionally at least part of an outer surface of the heat exchange tube ; characterized in that the fin extends along a length direction of the heat exchange tube , the outer surface of the fin comprises a covered area and a non-covered area, the covered area is covered with the hygroscopic colloid , and the non-covered area is not in contact with the hygroscopic colloid . the plurality of heat exchange tubes respectively connecting with the first collecting pipe and the second collecting pipe , the heat exchange tube comprising a pipe wall and a refrigerant flow channel for a refrigerant to circulate, the heat exchange tube comprising a first end and a second end along an extension direction of the heat exchange tube , the refrigerant flow channel extending from the first end to the second end along the extension direction of the heat exchange tube and extending through the heat exchange tube , and the refrigerant flow channel of the heat exchange tube communicating with an inner cavity of the first collecting pipe and an inner cavity of the second collecting pipe ; the fin being at least partially arranged between two adjacent heat exchange tubes ; wherein the heat exchanger further comprises a hygroscopic colloid adhered to at least part of an outer surface of the fin and optionally at least part of an outer surface of the heat exchange tube ; characterized in that the fin extends along a length direction of the heat exchange tube , the outer surface of the fin comprises a covered area and a non-covered area, the covered area is covered with the hygroscopic colloid , and the non-covered area is not in contact with the hygroscopic colloid .
A torque limiter for a powertrain , at least having an axis of rotation extending along an axial direction and a drive side and an output side which are connected to each other in a torque-transmitting manner via at least one friction lining and under a pre-stress acting in the axial direction at least until a limit torque acting in a circumferential direction is reached; wherein when the limit torque is exceeded the at least one friction lining is slidably arranged on a first friction surface which is present only on one of the drive side and the output side and is thereby frictionally connected to a second friction surface on the other of the drive side and the output side ; wherein a first contact surface between the at least one friction lining and the first friction surface has a mean first friction radius and a second contact surface between the at least one friction lining and the second friction surface has a mean second friction radius different from the mean first friction radius , characterised in that at least one mean friction radius is increased or decreased by at least one elevation arranged on a friction surface within a contact surface and extending at least in the axial direction towards the friction lining .
A scoring device configured for retention of a catheter shaft , the scoring device comprising: a proximal portion ; a distal portion , including a distal tip ; a retention sleeve extending between the proximal and distal portions, the retention sleeve having a catheter socket configured to selectively receive and mechanically engage the catheter shaft and the retention sleeve being configured to extend from a shaft distal portion to proximate to a hub of the catheter shaft ; and a scoring tool coupled with the retention sleeve proximate to the distal portion and located distally with respect to the retention sleeve , the scoring tool including: a balloon socket configured to selectively receive a balloon of the catheter shaft ; and one or more scoring elements extending around the balloon socket , the one or more scoring elements configured to provide localized scoring to vasculature. a proximal portion ; a distal portion , including a distal tip ; a retention sleeve extending between the proximal and distal portions, the retention sleeve having a catheter socket configured to selectively receive and mechanically engage the catheter shaft and the retention sleeve being configured to extend from a shaft distal portion to proximate to a hub of the catheter shaft ; and a scoring tool coupled with the retention sleeve proximate to the distal portion and located distally with respect to the retention sleeve , the scoring tool including: a balloon socket configured to selectively receive a balloon of the catheter shaft ; and one or more scoring elements extending around the balloon socket , the one or more scoring elements configured to provide localized scoring to vasculature. a balloon socket configured to selectively receive a balloon of the catheter shaft ; and one or more scoring elements extending around the balloon socket , the one or more scoring elements configured to provide localized scoring to vasculature.
A carbon fiber package which is a fiber package in which a continuous carbon fiber bundle is traverse-wound on a bobbin, wherein the continuous carbon fiber bundle is partially split into sub-bundles, and a width of the continuous carbon fiber bundle is smaller than a total sum of widths of the sub-bundles. wherein the continuous carbon fiber bundle is partially split into sub-bundles, and a width of the continuous carbon fiber bundle is smaller than a total sum of widths of the sub-bundles.
Ultrasonic transducer device comprising a piezoelectric element , and a temperature sensor element , wherein the temperature sensor element is arranged in a through hole of the piezoelectric element , wherein the ultrasonic transducer device further comprises a damping element and a carrier element , wherein the piezoelectric element is mechanically coupled to the carrier element by means of the damping element , and wherein the carrier element is a printed circuit board, and wherein in the damping element connection elements are integrated, the connection elements electrically connecting the temperature sensor element to connectors of the carrier element , and wherein the temperature sensor element is separated from the piezoelectric element by means of a material of the damping element , and wherein the space between the temperature sensor element and the piezoelectric element is filled with the damping element .
An autonomous floor cleaning system comprising: an autonomous floor cleaner comprising an autonomously moveable housing , a drive system configured to autonomously move the housing over a surface to be cleaned, a controller , a battery , and a first charging contact , a module comprising a supply tank configured to hold a liquid, and a module receiver in the autonomously moveable housing configured to removably receive the module ; a docking station configured to dock the autonomous floor cleaner and comprising a second charging contact adapted to mate with the first charging contact to charge the battery of the autonomous floor cleaner ; and an interlock feature that physically interlocks the autonomous floor cleaner and the docking station , the interlock feature comprising a lockable member and a lock engageable with the lockable member to interlock the autonomous floor cleaner to the docking station ; wherein the autonomous floor cleaner comprises one of the lockable member and the lock , and the docking station comprises the other one of the lockable member and the lock ; and characterised in that the interlock feature is configured to physically interlock the autonomously moveable housing to the docking station without physically interlocking the module to the docking station , such that the module is removable from the module receiver with the lock engaged with the lockable member . an autonomous floor cleaner comprising an autonomously moveable housing , a drive system configured to autonomously move the housing over a surface to be cleaned, a controller , a battery , and a first charging contact , a module comprising a supply tank configured to hold a liquid, and a module receiver in the autonomously moveable housing configured to removably receive the module ; a docking station configured to dock the autonomous floor cleaner and comprising a second charging contact adapted to mate with the first charging contact to charge the battery of the autonomous floor cleaner ; and an interlock feature that physically interlocks the autonomous floor cleaner and the docking station , the interlock feature comprising a lockable member and a lock engageable with the lockable member to interlock the autonomous floor cleaner to the docking station ; wherein the autonomous floor cleaner comprises one of the lockable member and the lock , and the docking station comprises the other one of the lockable member and the lock ; and characterised in that the interlock feature is configured to physically interlock the autonomously moveable housing to the docking station without physically interlocking the module to the docking station , such that the module is removable from the module receiver with the lock engaged with the lockable member .
A method for operating a computer unit having a processor on which a normal runtime environment and a secure runtime environment are implemented, and a storage unit for storing data to be stored in a file, wherein the method comprises the following steps: the creating of a key-based check function by a linking of the data to be stored with a file identifier; and the storing of the data to be stored together with the created check function under a file name in the storage unit . the creating of a key-based check function by a linking of the data to be stored with a file identifier; and the storing of the data to be stored together with the created check function under a file name in the storage unit .
Use of an input apparatus for capacitive, touch-sensitive displays of so-called tablet computers or smartphones, for realisation of charge displacement between user and display by the input apparatus for generating an input function, wherein a conduction interruption is formed between a hand of the user and an insert of the input apparatus, wherein the conduction interruption is constructed in the form of a capacitor/dielectric, wherein the input apparatus is a simple pen, wherein the simple pen is constructed so as to be able to be pointed, wherein the input apparatus is present as an insert with a casing , wherein the insert is constructed to be electrically conductive, wherein the insert has conductive components or additives, wherein the conductive components or additives are present as graphite, carbonfibre, carbon black, metal fibres, 'carbon nano tubes', copper pigments, silvered copper pigments, antistatics and/or silver powder, wherein a contacting element for a tablet/display is formed at one end of the input apparatus , wherein the contacting element is constructed as an electrically conductive material and wherein an electrically conductive contact is formed between the contacting element and the insert .
Aircraft air conditioning system with: - a mixer , - a ram air duct , - an ambient air line adapted to be flown through with ambient air and being connected to the mixer , in order to supply ambient air to the mixer , - at least one ambient air compressor arranged in the ambient air line for compressing the ambient air flowing through the ambient air line and - a refrigerating apparatus , which comprises a refrigerant circuit adapted to be flown through with a refrigerant, a condenser arranged in the ram air duct as well as a refrigerant compressor arranged in the refrigerant circuit , wherein the refrigerant circuit is coupled thermally to the ambient air line , in order to transfer heat from the ambient air flowing through the ambient air line to the refrigerant circulating in the refrigerant circuit before the ambient air is supplied to the mixer , characterised by - a cabin exhaust air line , - a cabin exhaust air turbine , which is connected to the cabin exhaust air line and is coupled to the at least one ambient air compressor arranged in the ambient air line and is configured to expand the cabin exhaust air flowing through the cabin exhaust air line and to drive the at least one ambient air compressor arranged in the ambient air line , and - a turbine exhaust air line connected to an outlet of the cabin exhaust air turbine , wherein the turbine exhaust air line opens into the ram air duct upstream of the condenser of the refrigerating apparatus . - a mixer , - a ram air duct , - an ambient air line adapted to be flown through with ambient air and being connected to the mixer , in order to supply ambient air to the mixer , - at least one ambient air compressor arranged in the ambient air line for compressing the ambient air flowing through the ambient air line and - a refrigerating apparatus , which comprises a refrigerant circuit adapted to be flown through with a refrigerant, a condenser arranged in the ram air duct as well as a refrigerant compressor arranged in the refrigerant circuit , wherein the refrigerant circuit is coupled thermally to the ambient air line , in order to transfer heat from the ambient air flowing through the ambient air line to the refrigerant circulating in the refrigerant circuit before the ambient air is supplied to the mixer , - a cabin exhaust air line , - a cabin exhaust air turbine , which is connected to the cabin exhaust air line and is coupled to the at least one ambient air compressor arranged in the ambient air line and is configured to expand the cabin exhaust air flowing through the cabin exhaust air line and to drive the at least one ambient air compressor arranged in the ambient air line , and - a turbine exhaust air line connected to an outlet of the cabin exhaust air turbine , wherein the turbine exhaust air line opens into the ram air duct upstream of the condenser of the refrigerating apparatus .
Dishwashing machine comprising: an outer casing which is provided with a pass-through tunnel extending substantially horizontally within said casing ; and a linear conveyor adapted to advance a succession of dishwasher racks along the pass-through tunnel ; the pass-through tunnel having a washing section wherein jets of a washing liquid are directed towards a dishwasher rack momentarily traveling inside the washing section , and a rinsing section which is located downstream of the washing section and wherein jets of a rinsing liquid are directed towards a dishwasher rack momentarily travelling inside the rinsing section ; inside the washing section , the dishwashing machine comprising: a first catchment sink which is arranged on the bottom of the tunnel so as to collect and accumulate the washing liquid trickling down from a dishwasher rack momentarily traveling inside the washing section ; a number of washing nozzles which are arranged above the catchment sink and are oriented so as to direct jets of washing liquid towards a dishwasher rack momentarily traveling inside the washing section ; and a washing-liquid feed line adapted to feed the washing liquid accumulated into the first catchment sink towards the washing nozzles ; inside the rinsing section , the dishwashing machine comprising: a second and a third catchment sinks which are arranged on the bottom of the tunnel one downstream the other, so as to separately collect and accumulate the washing liquid trickling down from a dishwasher rack momentarily traveling above said second and third catchment sinks; a number of final rinsing nozzles which are arranged above the third catchment sink and are oriented so as to direct corresponding jets of rinsing liquid towards a dishwasher rack momentarily traveling inside the rinsing section , above the third catchment sink ; a first rinsing-liquid feed line adapted to feed the rinsing liquid towards the final rinsing nozzles ; a number of pre-rinsing nozzles which are arranged above the second catchment sink and are oriented so as to direct corresponding jets of rinsing liquid towards a dishwasher rack momentarily travelling inside the rinsing section , above the second catchment sink ; and a second rinsing-liquid feed line which is adapted to feed the rinsing liquid accumulated into the second catchment sink towards the pre-rinsing nozzles ; said third catchment sink being connected to the second catchment sink via an overflow assembly which is structured to automatically channel, from third catchment sink to second catchment sink , the rinsing liquid contained into the third catchment sink and exceeding a given threshold level; the dishwashing machine being characterized in that said second rinsing-liquid feed line is additionally adapted to feed the rinsing liquid accumulated into the second catchment sink also towards the third catchment sink .
A mobile linked implant diagnosis system comprising: an implant diagnosis apparatus configured to acquire synthetic three-dimensional image data about a mouth area of a target patient and configured to generate implant surgery planning data, in which virtual implant data is overlapped on the synthetic 3D image data, based on the synthetic 3D image data; a server apparatus connected to the implant diagnosis apparatus in a wired or wireless manner, and configured to receive information of interest that is part of the implant surgery planning data generated in the implant diagnosis apparatus and configured to store the information of interest; and a mobile device connected to the server apparatus in a wired or wireless manner, and configured to receive the information of interest from the server apparatus and display the information of interest, characterized that: the information of interest comprises partial 3D image data of the implant surgery data, the partial 3D image data being data about a preset area around the virtual implant, wherein the partial 3D image data comprises the implant surgery planning data in a boundary area spaced apart by a preset distance from a center of the virtual implant. an implant diagnosis apparatus configured to acquire synthetic three-dimensional image data about a mouth area of a target patient and configured to generate implant surgery planning data, in which virtual implant data is overlapped on the synthetic 3D image data, based on the synthetic 3D image data; a server apparatus connected to the implant diagnosis apparatus in a wired or wireless manner, and configured to receive information of interest that is part of the implant surgery planning data generated in the implant diagnosis apparatus and configured to store the information of interest; and a mobile device connected to the server apparatus in a wired or wireless manner, and configured to receive the information of interest from the server apparatus and display the information of interest, characterized that: the information of interest comprises partial 3D image data of the implant surgery data, the partial 3D image data being data about a preset area around the virtual implant, wherein the partial 3D image data comprises the implant surgery planning data in a boundary area spaced apart by a preset distance from a center of the virtual implant. the information of interest comprises partial 3D image data of the implant surgery data, the partial 3D image data being data about a preset area around the virtual implant, wherein the partial 3D image data comprises the implant surgery planning data in a boundary area spaced apart by a preset distance from a center of the virtual implant.