mhurhangee/patent-ind-claim-en huggingface dataset:
An impeller back surface cooling structure , comprising: a first member facing a back surface of a compressor impeller via a gap ; and wherein the first member includes a groove portion on a surface opposite to the compressor impeller , a second member forming, between the groove portion of the first member and the second member , a cooling passage through which a cooling medium being a liquid flows; wherein the first member comprises at least one fin facing the cooling passage , wherein the first member , the second member the groove portion , and the at least one fin are each formed to have an annular shape around a rotational axis of the compressor impeller , wherein the at least one fin includes at least one opening portion penetrating in a radial direction of the compressor impeller , wherein the first member comprises a plurality of said annular fins arranged in the radial direction of the compressor impeller , each of the plurality of annular fins has at least one opening portion penetrating in the radial direction of the compressor impeller , wherein the respective opening portions of the plurality of annular fins are arranged in a line along the radial direction of the compressor impeller , and wherein each of the one opening portions of the plurality of annular fins is arranged in a row along a direction orthogonal to a vertical plane including the rotation axis of the compressor impeller . a first member facing a back surface of a compressor impeller via a gap ; and wherein the first member includes a groove portion on a surface opposite to the compressor impeller , a second member forming, between the groove portion of the first member and the second member , a cooling passage through which a cooling medium being a liquid flows; wherein the first member comprises at least one fin facing the cooling passage , wherein the first member , the second member the groove portion , and the at least one fin are each formed to have an annular shape around a rotational axis of the compressor impeller , wherein the at least one fin includes at least one opening portion penetrating in a radial direction of the compressor impeller , wherein the first member comprises a plurality of said annular fins arranged in the radial direction of the compressor impeller , each of the plurality of annular fins has at least one opening portion penetrating in the radial direction of the compressor impeller , wherein the respective opening portions of the plurality of annular fins are arranged in a line along the radial direction of the compressor impeller , and wherein each of the one opening portions of the plurality of annular fins is arranged in a row along a direction orthogonal to a vertical plane including the rotation axis of the compressor impeller .
A method performed by a network node for protecting control channels of a neighbouring Radio Base Station, RBS, the network node and the RBS being adapted to operate in an Orthogonal Frequency Division Multiplexing, OFDM, based radio communication network, the method comprising: - determining at least one subframe out of a predetermined number of subframes in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power, and - informing the RBS which subframe(s) out of the predetermined number of subframes in which control channels are to be transmitted with reduced transmission power, characterized in that determining which subframe(s) in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power is performed independently of in which subframe(s) data channels are to be transmitted with reduced transmission power. - determining at least one subframe out of a predetermined number of subframes in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power, and - informing the RBS which subframe(s) out of the predetermined number of subframes in which control channels are to be transmitted with reduced transmission power, characterized in that determining which subframe(s) in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power is performed independently of in which subframe(s) data channels are to be transmitted with reduced transmission power.
Respiratory gas analyser for analysis of substances in a respiratory gas sample on the basis of a measurement of magnetic nuclear spin resonances, comprising a mouthpiece for blowing in the respiratory gas sample and an analysis device (20; 40) connected via an air feed , wherein the analysis device comprises means (27; 47) of generating a magnetic field, wherein the detection of magnetic resonances that are induced by the generation of the magnetic field in the sample is accomplished by provision of at least one magnetic field sensor comprising at least one sensitive component (25; 45) having diamond structures, wherein the diamond structures have nitrogen vacancy sites, wherein the magnetic field sensor has at least one means (33; 53) of coupling in electromagnetic excitation radiation in the optical region, especially in a wavelength range between about 530 nm and about 570 nm, and at least one means (26; 46) of coupling in electromagnetic radiation in the microwave region, especially in a frequency range between about 2000 MHz and about 4000 MHz, and at least one means (23; 43) of detecting emitted fluorescence radiation.
An inhibitor of insulin-regulated aminopeptidase (IRAP) for use in the treatment of fibrosis in an individual.
A distribution device for reverse vending system for beverage containers, at least comprising a feed device including a discharge opening, a movable collection bin assigned to the discharge opening of the feed device, a drive unit, and a higher-level control unit, the distribution device comprising at least one rod-, wing- or agitator-like distribution element , the distribution elements being connected to a drive shaft of the drive unit which is arranged at least almost vertically and next to the discharge opening of the feed device, and the horizontal circular-path effective ranges of the distribution elements being both assigned to the discharge opening of the feed device and fixed between the discharge opening and the upper edge of the collection bin , and the distribution elements being designed to be stretched in a rectilinear manner and horizontally arranged, characterized in that the drive unit comprises an electric motor drive and, on the one hand, is connected to the reverse vending system by way of elastic elements and a receiving frame and, on the other hand, is operatively connected by way of a gearbox to the drive shaft , and the drive shaft is designed to be connected to the drive unit by way of at least one elastic element, and the drive unit includes an overload protection system by way of the control unit and prompts a change in the direction of rotation, either when the at least one distribution element is blocked by a loose materials heap that has accumulated in the collection bin from the beverage containers, or starting at a particular and reported fill level of the collection bin , the fill level allowing a conclusion that the level of the loose materials heap is so high that the at least one distribution element is located inside the loose materials heap.
A pharmaceutical composition, comprising hydroxypropyl-β-cyclodextrin and an active ingredient that is KX2-361 or a medicinal salt thereof, the KX2-361 being represented by the following formula 1:
Telephonic communication system comprising a docking station including a dock into which a mobile telephone may be inserted, a telephone handset usable instead of the microphone and loudspeaker of a mobile telephone inserted into the dock, and a control unit including a keypad usable instead of the keypad of the mobile telephone inserted into the dock, the system being characterized in that the docking station, the telephone handset and the control unit form three separate modules - a docking-station module , a handset module , and a control module , respectively - that are connected together by removable mechanical fastening means and removable electrical connecting means , the handset module and the docking-station module being suitable for being fastened to each side of the control module , their position with respect to the control module being interchangeable, the removable mechanical fastening means consisting of clips, a holder of the handset module and the docking-station module being snap-fastened respectively to each side of the control module , the clips being clip-fastening elements that form springs.
A method for examining a test specimen , the method comprising: - exciting a propagating mechanical deformation in the test specimen by means of an excitation signal transported by a free jet emanating from a fluidic oscillator and having a frequency of at least 16 kHz; and - determining a characteristic of the mechanical deformation . - exciting a propagating mechanical deformation in the test specimen by means of an excitation signal transported by a free jet emanating from a fluidic oscillator and having a frequency of at least 16 kHz; and - determining a characteristic of the mechanical deformation .
A method for forming a semiconductor structure, comprising providing a transistor device having a semiconductor layer , a first electrode , a second electrode , and a control electrode for controlling a flow of carriers between the first electrode and the second electrode ; depositing a silicon nitride passivation layer over the first electrode , the second electrode and the control electrode ; depositing an aluminium oxide etch stop layer on the silicon nitride passivation layer , such etch stop layer being disposed over the control electrode ; forming a silicon nitride dielectric layer over the aluminium oxide etch stop layer ; and etching a window through a selected region in the dielectric layer over the control electrode , to expose a portion of the etch stop layer disposed over the control electrode . providing a transistor device having a semiconductor layer , a first electrode , a second electrode , and a control electrode for controlling a flow of carriers between the first electrode and the second electrode ; depositing a silicon nitride passivation layer over the first electrode , the second electrode and the control electrode ; depositing an aluminium oxide etch stop layer on the silicon nitride passivation layer , such etch stop layer being disposed over the control electrode ; forming a silicon nitride dielectric layer over the aluminium oxide etch stop layer ; and etching a window through a selected region in the dielectric layer over the control electrode , to expose a portion of the etch stop layer disposed over the control electrode .
A connection for connecting adjoining precast wall panels , the connection comprising: a connecting bar comprising an external thread at each end portion of the connecting bar ; first and second connection bodies , each comprising a cavity for receiving at least a portion of the connecting bar and configured to be positioned within a respective precast wall panel such that when the precast wall panels are connected the cavity of the first connection body substantially aligns with the cavity of the second connection body ; first and second fasteners configured to engage with the respective external threads of the connecting bar ; characterised in that the connection comprises an alignment element for aligning the cavities of the first and second connection bodies , the alignment element comprising an alignment channel for receiving the connecting bar ; and in that the connection is configured such that when the connecting bar extends through the alignment channel of the alignment element and into the cavities of the first and second connection bodies positioned within the precast wall panels , the first and second fasteners can engage with the respective external threads of the connecting bar to apply opposing forces to the connecting bar thereby connecting the adjoining wall panels , and a sealed space is formed between the connecting bar and the alignment channel of the alignment element that defines a flow channel between the cavities for receiving a setting material. a connecting bar comprising an external thread at each end portion of the connecting bar ; first and second connection bodies , each comprising a cavity for receiving at least a portion of the connecting bar and configured to be positioned within a respective precast wall panel such that when the precast wall panels are connected the cavity of the first connection body substantially aligns with the cavity of the second connection body ; first and second fasteners configured to engage with the respective external threads of the connecting bar ; characterised in that the connection comprises an alignment element for aligning the cavities of the first and second connection bodies , the alignment element comprising an alignment channel for receiving the connecting bar ; and in that the connection is configured such that when the connecting bar extends through the alignment channel of the alignment element and into the cavities of the first and second connection bodies positioned within the precast wall panels , the first and second fasteners can engage with the respective external threads of the connecting bar to apply opposing forces to the connecting bar thereby connecting the adjoining wall panels , and a sealed space is formed between the connecting bar and the alignment channel of the alignment element that defines a flow channel between the cavities for receiving a setting material.
Construction guard for a pre-wall element for sanitary installation, wherein the pre-wall element comprises a frame , on which an installation plane (I) exists for the installation of a cladding of the pre-wall element , and at least one first port for a water inlet and/or at least one second port for a water outlet , wherein the construction guard is configured such that it can extend, seen in a perpendicular direction, beyond the installation plane (I) from the pre-wall element relative to the installation plane (I), wherein the construction guard comprises at least one first aperture for surrounding one of the ports along its periphery and a second aperture for surrounding a further port along its periphery, in which the construction guard is configured in such a way that a fluid-tight seal can be produced at the apertures for sealing the apertures with respect to the port , and in which the construction guard comprises a side wall and a base , in which the side wall projects with respect to the base , in which the connection between the side wall and the base is produced in a fluid-tight manner, wherein the construction guard is configured to be fitted onto the at least one port , characterized in that the side wall is configured to be closed and the base , with the exception of the apertures for the corresponding at least one port , is configured to be closed, so that leakage fluid is diverted into the construction guard and, from there, to in front of the cladding.
A method for inspecting transaction data comprising: receiving transaction information concerning a requested transaction from one or more client machines via first interface, wherein the transaction information is received within a packet; inspecting the transaction information to determine compliance with at least one transaction risk rule requiring real time effort; sending the transaction information to one or more exchange servers via a second interface; the first and second interfaces operating independently of one another; and the first and second interfaces coupled through a fixed cut-through device, wherein the step of sending the transaction information comprises sending part of the transaction information to at least one exchange server via the fixed cut-through device at a time that begins both: (a) prior to receiving all of the transaction information concerning the requested transaction from the client machine that originated the requested transaction and (b) prior to completing the inspecting step to determine compliance with the at least one transaction risk rules requiring real time effort; and wherein if the step of inspecting the transaction information determines that the transaction would violate the rule, then setting layer 2 error checking fields in the packet to known erroneous values. receiving transaction information concerning a requested transaction from one or more client machines via first interface, wherein the transaction information is received within a packet; inspecting the transaction information to determine compliance with at least one transaction risk rule requiring real time effort; sending the transaction information to one or more exchange servers via a second interface; the first and second interfaces operating independently of one another; and the first and second interfaces coupled through a fixed cut-through device, wherein the step of sending the transaction information comprises sending part of the transaction information to at least one exchange server via the fixed cut-through device at a time that begins both: (a) prior to receiving all of the transaction information concerning the requested transaction from the client machine that originated the requested transaction and (b) prior to completing the inspecting step to determine compliance with the at least one transaction risk rules requiring real time effort; and (a) prior to receiving all of the transaction information concerning the requested transaction from the client machine that originated the requested transaction and (b) prior to completing the inspecting step to determine compliance with the at least one transaction risk rules requiring real time effort; and wherein if the step of inspecting the transaction information determines that the transaction would violate the rule, then setting layer 2 error checking fields in the packet to known erroneous values.
A method for increasing the conductance of demineralised water (5.1) with a conductance of less than 5 μS/cm, characterised in that the demineralised water (5.1) is passed over a filter bed formed from a weakly basic anion exchanger (3.1) such that OH- is removed from the demineralised water and H+ is formed in accordance with the rules of the ion product for water and thus the water is acidified such that it has a conductance of approx. 5 μS/cm to approx. 25 μS/cm, wherein 20% to 90% of the total capacity of the weakly basic anion exchanger is conditioned with a counterion, wherein chloride, sulphate or nitrate ions are used as counterions.
A composition for separating glycosylated exosomes, comprising a lectin-magnetic carrier coupling complex, a washing buffer for washing and for removing the exosomes nonspecifically bound to the coupling complex or not glycosylated and other impurities in the separation process, and an elution buffer for eluting the glycosylated exosomes specifically bound to the lectin-magnetic carrier coupling complex; wherein, the lectin-magnetic carrier coupling complex comprises a magnetic carrier and lectins coupled to the outer side of the magnetic carrier, wherein the lectins are any one type of Artocarpus integrifolia lectin, peanut lectin, Pisum sativum lectin, Concanavalin lectin, Lens culinaris lectin, wheat germ lectin, soybean lectin, kidney bean lectin, and snail lectin, or a combination of two or more of the above; and the magnetic carrier is any one type of a dextran magnetic bead, an agarose magnetic bead, a resin or epoxy resin magnetic bead, and a polystyrene magnetic bead, or a combination of two or more of the above; and the magnetic carrier has a particle size distribution range from 1 μm to 200 μm; the washing buffer is a metal salt ion-free washing buffer or purified water, and optionally, is a metal salt ion-free washing buffer; and the elution buffer is a borate buffer with saccharides dissolved therein, and optionally, is a borate buffer with mannose dissolved therein. the lectin-magnetic carrier coupling complex comprises a magnetic carrier and lectins coupled to the outer side of the magnetic carrier, wherein the lectins are any one type of Artocarpus integrifolia lectin, peanut lectin, Pisum sativum lectin, Concanavalin lectin, Lens culinaris lectin, wheat germ lectin, soybean lectin, kidney bean lectin, and snail lectin, or a combination of two or more of the above; and the magnetic carrier is any one type of a dextran magnetic bead, an agarose magnetic bead, a resin or epoxy resin magnetic bead, and a polystyrene magnetic bead, or a combination of two or more of the above; and the magnetic carrier has a particle size distribution range from 1 μm to 200 μm; the washing buffer is a metal salt ion-free washing buffer or purified water, and optionally, is a metal salt ion-free washing buffer; and the elution buffer is a borate buffer with saccharides dissolved therein, and optionally, is a borate buffer with mannose dissolved therein.
A catheter system , comprising: a catheter adapter having a distal end, a proximal end, and a lumen extending therebetween; a catheter tube extending distally from the catheter adapter; an extension tube coupled to the proximal end of the catheter adapter, wherein the extension tube is extendable; a locking mechanism comprising a lever coupled to a proximal end of the extension tube and removably coupled to a flange disposed on the proximal end of the catheter adapter, the lever having a proximal end configured to be depressed, and a distal end comprising a lip configured to selectively engage the flange, the extension tube being positioned between the lever and the flange, wherein in response to a depression of the proximal end of the lever, the lip disengages the lever from the flange; a needle hub removably coupled to the proximal end of the catheter adapter; and an introducer needle extending through the catheter tube, wherein a proximal end of the introducer needle is secured within the needle hub. a catheter adapter having a distal end, a proximal end, and a lumen extending therebetween; a catheter tube extending distally from the catheter adapter; an extension tube coupled to the proximal end of the catheter adapter, wherein the extension tube is extendable; a locking mechanism comprising a lever coupled to a proximal end of the extension tube and removably coupled to a flange disposed on the proximal end of the catheter adapter, the lever having a proximal end configured to be depressed, and a distal end comprising a lip configured to selectively engage the flange, the extension tube being positioned between the lever and the flange, wherein in response to a depression of the proximal end of the lever, the lip disengages the lever from the flange; a needle hub removably coupled to the proximal end of the catheter adapter; and an introducer needle extending through the catheter tube, wherein a proximal end of the introducer needle is secured within the needle hub.