mhurhangee/patent-ind-claim-en huggingface dataset:
Use of at least one oxidizing biocide for reducing urease activity and/or ammonia emission in an area where animals are maintained, wherein the at least one oxidizing biocide is electrolyzed oxidizing water (EOW), and wherein the use of the biocide is combined with removing faeces and/or urine from a floor in an area where animals are maintained.
A molding tool for the production of plastic moldings, comprising tool halves with mutually facing surfaces and a sealing device for sealing the tool halves, with an inflatable sealing hose , at least one open end of the sealing hose being connectable to a pressure line for pressure medium, and an end piece for the sealing hose , wherein at least one tool half comprises a preferably groove-shaped seat for the inflatable sealing hose and at least one seat depression for the at least one end piece , characterized in that the end piece comprises an expandable passage for a passed-through portion of the sealing hose such that the open end of the sealing hose projects out of the end piece in the passed-through state.
Vane stage , extending around a longitudinal axis (X), designed to be fitted in a turbine engine compressor , wherein the stage comprises an annular row of mobile vanes arranged upstream from an annular row of stator vanes , wherein the annular row of stator vanes comprises a radially internal annular platform bearing radial blades , an upstream annular portion of which is arranged upstream from said blades and is surrounded radially outwards by a downstream annular portion of an annular platform of the upstream row of mobile vanes , wherein the upstream annular portion of the annular platform of the annular row of stator vanes comprises a radially external annular face from which fins extend, said fins are distributed around the longitudinal axis (X) and extend radially outwards towards the downstream annular portion of the platform of the annular row of mobile vanes , characterised in that the fins each comprise an intrados face and an extrados face oriented circumferentially in an identical manner to the intrados faces and extrados faces of the blades of the stator vanes .
A sandbox for rail vehicles, of a type comprising a sand container , on the bottom of which there is a hollow body in which are arranged one or several openings through which sand flows out towards an ejector assembly arranged beneath by passing through an outlet hole controlled by an axially sliding vertical shutter located inside said hollow body and means handling and controlling said shutter , said shutter featuring a cylindrical shape, characterized in that said handling and controlling means cause the translation of the shutter between a lower position in which said output hole is closed and an upper, maximum-opening position and in that the lower end of said shutter functionally cooperates with a ring-shaped, sealing coaxial seat, corresponding to said outlet hole of said container .
A bearing apparatus comprising: a rolling bearing; an inner spacer axially adjacent to an inner ring of the rolling bearing; an outer spacer axially adjacent to an outer ring of the rolling bearing; a heat flux sensor disposed on a stationary-side raceway ring which is a fixed raceway ring of the inner and outer rings, or on a stationary-side spacer of the inner and outer spacers, and configured to detect a heat flux between the inner and outer rings; a rotation sensor configured to detect a rotation speed of the rolling bearing; and an abnormality determination section configured to determine abnormality in the rolling bearing on the basis of a relation between the rotation speed and the heat flux which follows the rotation speed. a rolling bearing; an inner spacer axially adjacent to an inner ring of the rolling bearing; an outer spacer axially adjacent to an outer ring of the rolling bearing; a heat flux sensor disposed on a stationary-side raceway ring which is a fixed raceway ring of the inner and outer rings, or on a stationary-side spacer of the inner and outer spacers, and configured to detect a heat flux between the inner and outer rings; a rotation sensor configured to detect a rotation speed of the rolling bearing; and an abnormality determination section configured to determine abnormality in the rolling bearing on the basis of a relation between the rotation speed and the heat flux which follows the rotation speed.
A support for attaching a mechanism, in particular a positioning system and/or a robotic drive , to a patient table, the patient table having a patient supporting surface and a first rail and a second rail , the support comprising: a base comprising; a first engagement member ; a second engagement member ; and a single engagement mechanism , characterized in that the single engagement mechanism is moving the first engagement member and the second engagement member from a loading position to a secured position securing the base to the first rail and the second rail . a base comprising; a first engagement member ; a second engagement member ; and a single engagement mechanism ,
A wheel bearing apparatus comprising an outer member formed, on its outer circumference, with a body mounting flange to be mounted on a knuckle and, on its inner circumference, with double row outer raceway surfaces ; an inner member formed on its outer circumference with double row inner raceway surfaces opposing respectively to one of the double row outer raceway surfaces ; double row rolling elements freely rollably contained between the double row inner raceway surfaces and the outer raceway surfaces of the inner member and the outer member ; and a plurality of bolt insertion bores , through which fastening bolts to be fastened to the knuckle are inserted, formed on the body mounting flange at a plurality of positions circumferentially along the body mounting flange , characterized in that : the outer circumference surface of the outer member has a hot forged skin; and a seating surface of the fastening bolts , formed on an outboard-side surface of the body mounting flange , the bolt insertion bores , and chamfered portions formed therebetween, have a cold forged skin.
Compression-ignition direct-injection internal combustion engine comprising at least one cylinder , a cylinder head bearing fuel injection means spraying the fuel in at least two layers of fuel jets with different layer angles (A1, A2), a piston sliding in this cylinder, a combustion chamber delimited on one side by the upper face of the piston comprising a nipple rising in the direction of the cylinder head and arranged at the centre of a concave bowl with at least two mixing zones (Z1, Z2), and means for cooling the piston that are housed in the material of the piston, characterized in that the cooling means comprise at least one circumferential gallery concentric with the bowl of the piston and arranged facing said at least two mixing zones (Z1, Z2).
Wind energy installation having a wind rotor , a generator which is driven by the latter and is intended to generate electrical power, and a connection line for delivering the electrical power to a network , also comprising an intrinsic requirement network which is fed from the connection line via a feed line and has an intrinsic requirement controller for controlling the voltage in the intrinsic requirement network, as well as electrically operated components of the wind energy installation which are supplied by the intrinsic requirement network, characterized in that a resistance module is provided in the feed line , which resistance module is connected between the connection line and the intrinsic requirement network , has a multipath design and comprises a resistance path with a series resistor and a parallel switching path with a controllable electronic switch which is designed for actuation in an overvoltage state and is designed to bridge the series resistor in an idle state.
Method of processing a melt containing iron oxide and phosphorus oxides for the production of elemental phosphorus by carbothermal direct reduction of the phosphorus oxides, characterized in that the melt is atomized, the resulting melt droplets in contact with carbon monoxide as a reducing agent are conducted over a direct reduction section in which the phosphorus oxides contained are at least partially reduced to gaseous elemental phosphorus and from which the melt droplets are fed together with the gaseous elemental phosphorus to a separator, by means of which the gaseous elemental phosphorus is separated from the melt droplets, the melt preferably being atomized with the aid of the reducing agent as the atomizing medium.
An inhaler system suitable for providing nicotine particles, comprising: an inhaler body extending from a mouthpiece end to a distal end , the inhaler body comprising a mouthpiece portion removably coupled to a distal end portion , the mouthpiece portion extending between the mouthpiece end and a first mating end , the distal end portion extending between a second mating end and the distal end , the mouthpiece portion comprising: a capsule cavity defined within the first mating end ; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity ; the distal end portion comprising: a resealable membrane sealing the capsule cavity at the first mating end ; a piercing element coupled to the distal end portion , the piercing element being configured to move between a relaxed position and a piercing position, the piercing element extending through the resealable membrane and into the capsule cavity in the piercing position; wherein the resealable membrane is configured to reseal when the piercing element moves from the piercing position to the relaxed position where the piercing element is spaced apart from the resealable membrane . the mouthpiece portion comprising: a capsule cavity defined within the first mating end ; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity ; a capsule cavity defined within the first mating end ; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity ; the distal end portion comprising: a resealable membrane sealing the capsule cavity at the first mating end ; a piercing element coupled to the distal end portion , the piercing element being configured to move between a relaxed position and a piercing position, the piercing element extending through the resealable membrane and into the capsule cavity in the piercing position; a resealable membrane sealing the capsule cavity at the first mating end ; a piercing element coupled to the distal end portion , the piercing element being configured to move between a relaxed position and a piercing position, the piercing element extending through the resealable membrane and into the capsule cavity in the piercing position; wherein the resealable membrane is configured to reseal when the piercing element moves from the piercing position to the relaxed position where the piercing element is spaced apart from the resealable membrane .
Toolholder having a main body for coupling the tool holder to the spindle of a machine tool, and a clamping section connected thereto for clamping a tool, wherein the clamping section is integrally formed by primary forming, and wherein the clamping section integrally formed by primary forming has in its interior a plurality of cavities which form an enclave in the clamping section formed by primary forming, characterized in that the plurality of cavities are situated next to one another in the circumferential direction and at the same time behind one another in the direction of an axis of rotation (R), and adjacent cavities are fluidically connected to one another locally via connecting sections whose clear cross section in the flow direction is smaller than the clear cross section of the cavities .
A data transmission method, characterized by comprising: sending (S210), by a primary base station, a data transmission parameter to a secondary base station; sending (S220), by the primary base station in a downlink data transmission process, downlink data to the secondary base station according to the data transmission parameter, so as to send the downlink data to a user equipment by the secondary base station according to the data transmission parameter, wherein the data transmission parameter comprises one or more of a data packet size, a modulation and coding scheme, resource information, a maximum quantity of transmission times or a maximum quantity of retransmission times, and wherein in the downlink data transmission process, the method characterised by receiving, by the primary base station, acknowledgement information fed back by the user equipment, wherein the acknowledgement information is also fed back to the secondary base station, and an HARQ retransmission is performed by the secondary base station; and reducing, by the primary base station when the acknowledgement information is NACK, a speed of sending the downlink data to the secondary base station. sending (S210), by a primary base station, a data transmission parameter to a secondary base station; sending (S220), by the primary base station in a downlink data transmission process, downlink data to the secondary base station according to the data transmission parameter, so as to send the downlink data to a user equipment by the secondary base station according to the data transmission parameter, wherein the data transmission parameter comprises one or more of a data packet size, a modulation and coding scheme, resource information, a maximum quantity of transmission times or a maximum quantity of retransmission times, and wherein in the downlink data transmission process, the method characterised by receiving, by the primary base station, acknowledgement information fed back by the user equipment, wherein the acknowledgement information is also fed back to the secondary base station, and an HARQ retransmission is performed by the secondary base station; and reducing, by the primary base station when the acknowledgement information is NACK, a speed of sending the downlink data to the secondary base station.
A method for a first vehicle in a mobile communication system for setting up data communication with a second vehicle , the method comprising receiving a message from the second vehicle on a first radio frequency, the message comprising information related to an antenna of the second vehicle ; configuring an antenna of the first vehicle based on the information related to the antenna of the second vehicle ; and transmitting a data packet to the second vehicle on a second radio frequency using the antenna of the first vehicle , wherein the information related to the antenna of the second vehicle comprises information related to a location or position of the antenna on the second vehicle . receiving a message from the second vehicle on a first radio frequency, the message comprising information related to an antenna of the second vehicle ; configuring an antenna of the first vehicle based on the information related to the antenna of the second vehicle ; and transmitting a data packet to the second vehicle on a second radio frequency using the antenna of the first vehicle , wherein the information related to the antenna of the second vehicle comprises information related to a location or position of the antenna on the second vehicle .
A method for sending a Transmission Control Protocol, TCP, data packet, wherein the method comprises: obtaining a first round-trip time of sending a TCP data packet in a network; determining a second round-trip time, wherein the second round-trip time is a round-trip time that exists when a congestion window that is determined according to a first algorithm and a congestion window that is determined according to a second algorithm have an equal size, wherein in the first algorithm an increase step size of the congestion window is determined according to the first round-trip time, in the second algorithm an increase step size of the congestion window is determined according to the first round-trip time and a target throughput, and the target throughput is a throughput expected to be obtained for a service corresponding to the TCP data packet; if the first round-trip time is longer than the second round-trip time, using the congestion window determined according to the first algorithm as a first congestion window; or if the first round-trip time is shorter than or equal to the second round-trip time, using the congestion window determined according to the second algorithm as the first congestion window; and sending the TCP data packet by using the first congestion window. obtaining a first round-trip time of sending a TCP data packet in a network; determining a second round-trip time, wherein the second round-trip time is a round-trip time that exists when a congestion window that is determined according to a first algorithm and a congestion window that is determined according to a second algorithm have an equal size, wherein in the first algorithm an increase step size of the congestion window is determined according to the first round-trip time, in the second algorithm an increase step size of the congestion window is determined according to the first round-trip time and a target throughput, and the target throughput is a throughput expected to be obtained for a service corresponding to the TCP data packet; if the first round-trip time is longer than the second round-trip time, using the congestion window determined according to the first algorithm as a first congestion window; or if the first round-trip time is shorter than or equal to the second round-trip time, using the congestion window determined according to the second algorithm as the first congestion window; and sending the TCP data packet by using the first congestion window.
Device for heating and foaming a liquid, in particular a beverage, comprising a steam generator , a compressed gas source with a compressor , a conveying means connected to the steam generator and the compressed gas source for transferring a steam/gas mixture into the liquid and a control device , wherein the compressed gas source conveys a compressed gas into a compressed gas pipe connected to the conveying means and in which is arranged a controllable on-off valve which is coupled to the control device , characterised in that the compressor generates compressed gas permanently under pressure and conveys it into the compressed gas pipe and in that the control device actuates the controllable on-off valve so that pressure pulses (p) of the compressed gas are generated, wherein the thus generated pressure course (p(t)) of the compressed gas has a pressure offset (p1) so that in time between the pressure pulses (p), compressed gas at a pressure corresponding to the pressure offset (p1) is introduced into the conveying means .
A sample tube for a polymerase chain reaction (PCR), characterized by comprising: a sample tube body , including an annular side wall , and a bottom wall functioning as a converging lens and connected to the annular side wall to form an accommodating space for accommodating a reaction mixture ; and a first extension member , being made of a transparent material, being a light converging lens or a light guiding element, and extending from the bottom wall of the sample tube body to the accommodating space , configured for a light beam (L) of a light source to enter the reaction mixture via the bottom wall and the first extension member sequentially, wherein the bottom wall and the first extension member are integrally formed to converge the light beam (L). a sample tube body , including an annular side wall , and a bottom wall functioning as a converging lens and connected to the annular side wall to form an accommodating space for accommodating a reaction mixture ; and a first extension member , being made of a transparent material, being a light converging lens or a light guiding element, and extending from the bottom wall of the sample tube body to the accommodating space , configured for a light beam (L) of a light source to enter the reaction mixture via the bottom wall and the first extension member sequentially, wherein the bottom wall and the first extension member are integrally formed to converge the light beam (L).
Method for operating a feed pump (53 59), which can be actuated by means of an electric motor , in a hydraulic circuit (N, H), which, in the case of a normal supply of fluid, sucks in the fluid from a fluid sump into which the fluid which is circulated in the hydraulic circuit (N, H) can be fed back, and which at least partially sucks in air in the case of a fluid undersupply, wherein the electric motor is integrated into a control circuit (R) which has a control unit which actuates the electric motor with an actuation rotational speed (n stell ) on the basis of an actual rotational speed (n ist ) and a setpoint rotational speed (n soll ), characterised in that an evaluation unit for detecting the fluid undersupply is assigned to the control unit , and that the evaluation unit compares the actual rotational speed (n ist ) with a reference rotational speed (n max,N ), specifically in the case of respectively identical current drain (I max ), and that on the basis of the comparison, the evaluation unit determines whether a fluid undersupply is present.
A contact module for a component of an electrical connector , comprising: a housing including a bore formed within the housing and a mating end; a shuttle pin slidably received within the bore of the housing ; a biasing mechanism to bias the shuttle pin towards the mating end of the housing ; an electrical contact positioned adjacent the bore of the housing ; and characterised by a radial diaphragm positioned within the housing and radially expandable with respect to the bore , wherein the diaphragm comprises an inner side toward the bore and an outer side away from the bore , wherein the outer side is vented external to the housing , and the electrical contact is in fluid communication with the inner side of the diaphragm through a fluid channel , and an inner side towards the bore of the first contact module radial diaphragm is in fluid communication with the first electrical contact socket and the diaphragm is configured to expand and contract in a direction perpendicular to the central axis in response to movement of the shuttle pin and/or the contact module to compensate pressure. a housing including a bore formed within the housing and a mating end; a shuttle pin slidably received within the bore of the housing ; a biasing mechanism to bias the shuttle pin towards the mating end of the housing ; an electrical contact positioned adjacent the bore of the housing ; and characterised by a radial diaphragm positioned within the housing and radially expandable with respect to the bore , wherein the diaphragm comprises an inner side toward the bore and an outer side away from the bore , wherein the outer side is vented external to the housing , and the electrical contact is in fluid communication with the inner side of the diaphragm through a fluid channel , and an inner side towards the bore of the first contact module radial diaphragm is in fluid communication with the first electrical contact socket and the diaphragm is configured to expand and contract in a direction perpendicular to the central axis in response to movement of the shuttle pin and/or the contact module to compensate pressure.