mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic fluid delivery system for delivering a fluid from an automatic water system to a cage in an animal caging system for housing one or more animals, comprising: a flexible, non-metal, hose-type water supply manifold line having a plurality of circular apertures ; and a plurality of saddle fittings each configured to fit into one of the apertures of the water supply manifold line , wherein each cage location comprises two apertures opposite one other and two saddle fittings fit thereto, each saddle fitting formed of injection molded plastic, and each saddle fitting further comprising: a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line ; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture. a flexible, non-metal, hose-type water supply manifold line having a plurality of circular apertures ; and a plurality of saddle fittings each configured to fit into one of the apertures of the water supply manifold line , wherein each cage location comprises two apertures opposite one other and two saddle fittings fit thereto, each saddle fitting formed of injection molded plastic, and each saddle fitting further comprising: a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line ; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture. a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line ; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture.
A process for comminuting glass fibers from waste glass-based fibrous materials, comprising the process steps of a) coarsely comminuting the glass fibers to obtain coarsely comminuted glass fibers; and b) finely comminuting said coarsely comminuted glass fibers with a granular additive having a d50 value within a range of from 0.1 to 5.0 mm as an aggregate to obtain finely comminuted glass fibers, the mixing ratio of glass fibers to additive being from 25/75 to 95/05 % by weight; wherein said additive is selected from the group of quartz sand, lime, burnt lime, dolomite, burnt dolomite, blast furnace slag, Al 2 O 3 , aluminum hydroxide, albite, orthoclase, anorthite, boric acid, boron oxide, alkali and alkaline earth borates, and mixtures thereof. a) coarsely comminuting the glass fibers to obtain coarsely comminuted glass fibers; and b) finely comminuting said coarsely comminuted glass fibers with a granular additive having a d50 value within a range of from 0.1 to 5.0 mm as an aggregate to obtain finely comminuted glass fibers, the mixing ratio of glass fibers to additive being from 25/75 to 95/05 % by weight;
An antibiotic FIIRV 104/18 complex comprising factors F793, F795, F797, and F813, of formula (I): wherein R represents or the isolated individual factors thereof, or a mixture of two or more of said isolated individual factors.
A method, comprising: manufacturing an impeller of a blood pump by: forming a structure having first and second bushings at proximal and distal ends of the structure, the first and second bushings being connected to one another by at least one elongate element; causing the at least one elongate element to radially expand and form at least one helical elongate element , at least partially by axially compressing the structure ; and coupling an elastomeric material to the at least one helical elongate element , such that the at least one helical elongate element with the elastomeric material coupled thereto defines a blade of the impeller , the coupling being performed such that a layer of the material is disposed around a radially outer edge of the at least one helical elongate element , the layer of material forming the effective edge of the impeller blade; characterized in that the method comprises performing a step to enhance bonding of the elastomeric material to the at least one helical elongate element in a manner that does not cause a protrusion from the effective edge of the impeller blade. forming a structure having first and second bushings at proximal and distal ends of the structure, the first and second bushings being connected to one another by at least one elongate element; causing the at least one elongate element to radially expand and form at least one helical elongate element , at least partially by axially compressing the structure ; and coupling an elastomeric material to the at least one helical elongate element , such that the at least one helical elongate element with the elastomeric material coupled thereto defines a blade of the impeller , the coupling being performed such that a layer of the material is disposed around a radially outer edge of the at least one helical elongate element , the layer of material forming the effective edge of the impeller blade; characterized in that the method comprises performing a step to enhance bonding of the elastomeric material to the at least one helical elongate element in a manner that does not cause a protrusion from the effective edge of the impeller blade.
Cross-country or touring ski binding for hingedly connecting a boot to a ski , - comprising a binding main body which has a standing surface for a sole of the boot and a ski contact surface for at least indirectly contacting the ski , - comprising a holding device which has a receptacle for pivotably arranging the boot about a pivot axis extending in the transverse direction of the binding main body and which has a holding element for holding the boot on the receptacle , the holding element being mounted so as to be movable on the binding main body between a closed position that holds the boot on the receptacle and an open position that releases the boot , - comprising an actuating element which has a rotary handle for transferring the holding element from the closed position into the open position, the rotary shaft of which rotary handle extends substantially perpendicularly to the standing surface of the binding main body , characterised in that - a locking element which can be transferred between a locking position and a release position is provided, the rotary handle being form-fittingly held in the locking position such that it cannot rotate with respect to the binding main body , the locking element being designed such that it cannot be released from the form-fitting connection by means of resilient deformation, and the rotary handle being released in the release position for a pivot movement about its rotary shaft . - comprising a binding main body which has a standing surface for a sole of the boot and a ski contact surface for at least indirectly contacting the ski , - comprising a holding device which has a receptacle for pivotably arranging the boot about a pivot axis extending in the transverse direction of the binding main body and which has a holding element for holding the boot on the receptacle , the holding element being mounted so as to be movable on the binding main body between a closed position that holds the boot on the receptacle and an open position that releases the boot , - comprising an actuating element which has a rotary handle for transferring the holding element from the closed position into the open position, the rotary shaft of which rotary handle extends substantially perpendicularly to the standing surface of the binding main body , characterised in that - a locking element which can be transferred between a locking position and a release position is provided, the rotary handle being form-fittingly held in the locking position such that it cannot rotate with respect to the binding main body , the locking element being designed such that it cannot be released from the form-fitting connection by means of resilient deformation, and the rotary handle being released in the release position for a pivot movement about its rotary shaft .
An exercise machine which includes a support structure , a first crank member which is mounted to the support structure for rotation about a first axis , a first-non rotatable drive transfer device fixed to the support structure at the first axis , a second crank member which is mounted to the first crank member for rotation about a second axis which is on the first crank member and which is spaced apart from the first axis , a second drive transfer device , which is mounted for rotation about the second axis together with the second crank member , a user-actuated force application component which is mounted to the second crank member at a third axis which is spaced apart from the second axis and which is operable to impart rotation to the second crank member about the second axis , characterized in that the second drive transfer device is coupled to the first drive transfer device so that rotational movement of S revolutions of the second crank member about the second axis causes rotational movement of R revolutions of the first crank member and the second crank member , in unison , about the first axis , and wherein R/S ≠ 1⁄2.
A storage system , comprising: a random access memory ; a hard disk , comprising a media cache, wherein the media cache is in outmost circles of the hard disk, and an access speed of the media cache of the hard disk is faster than an access speed of other region of the hard disk; a non-volatile memory ; and a processing circuit configured to store a plurality of data of the random access memory to the hard disk ; wherein the plurality of data are firstly stored to the non-volatile memory , then the plurality of data in the non-volatile memory are directly written to a plurality of continuous sectors in the hard disk without being stored in the media cache of the hard disk ; wherein when the processing circuit is configured to read at least a part of the plurality of data from the hard disk and write the at least a part of the plurality of data to the random access memory , at least a part of the plurality of data are firstly stored in the media cache, then the at least a part of the plurality of data are transmitted from the media cache to the random access memory ; wherein at least a part of the plurality of data are transmitted from the media cache to the non-volatile memory , and then the at least a part of the plurality of data are transmitted from the non-volatile memory to the random access memory . a random access memory ; a hard disk , comprising a media cache, wherein the media cache is in outmost circles of the hard disk, and an access speed of the media cache of the hard disk is faster than an access speed of other region of the hard disk; a non-volatile memory ; and a processing circuit configured to store a plurality of data of the random access memory to the hard disk ; wherein the plurality of data are firstly stored to the non-volatile memory , then the plurality of data in the non-volatile memory are directly written to a plurality of continuous sectors in the hard disk without being stored in the media cache of the hard disk ; wherein when the processing circuit is configured to read at least a part of the plurality of data from the hard disk and write the at least a part of the plurality of data to the random access memory , at least a part of the plurality of data are firstly stored in the media cache, then the at least a part of the plurality of data are transmitted from the media cache to the random access memory ; wherein at least a part of the plurality of data are transmitted from the media cache to the non-volatile memory , and then the at least a part of the plurality of data are transmitted from the non-volatile memory to the random access memory .
An apparatus suitable for single molecule sequencing comprising: at least one nanowell , wherein the at least one nanowell has an observation zone ; a plurality of nucleic acid immobilization moieties , disposed in or proximate to the observation zone ; a plurality of types of nucleic acid fragments , immobilized to the plurality of nucleic acid immobilization moieties respectively; only one primer molecule ; and at least one polymerase , disposed in the observation zone . at least one nanowell , wherein the at least one nanowell has an observation zone ; a plurality of nucleic acid immobilization moieties , disposed in or proximate to the observation zone ; a plurality of types of nucleic acid fragments , immobilized to the plurality of nucleic acid immobilization moieties respectively; only one primer molecule ; and at least one polymerase , disposed in the observation zone .
A method for improving thermal efficiency of steam production in a steam reforming plant, the method comprising the steps of: preheating a hydrocarbon feed stream in a first heat exchanger from a first temperature to a second temperature; preheating the hydrocarbon feed stream in a second heat exchanger to a third temperature, wherein the third temperature is greater than the second temperature; introducing the hydrocarbon feed stream in the presence of steam to a steam methane reformer under conditions effective for producing a product stream comprising hydrogen, carbon oxides, and water vapor; and exchanging heat between the product stream and a boiler feed water stream in a third heat exchanger , wherein prior to exchanging heat with the product stream, the boiler feed water stream is used to provide the preheating to the hydrocarbon feed stream in the first heat exchanger . preheating a hydrocarbon feed stream in a first heat exchanger from a first temperature to a second temperature; preheating the hydrocarbon feed stream in a second heat exchanger to a third temperature, wherein the third temperature is greater than the second temperature; introducing the hydrocarbon feed stream in the presence of steam to a steam methane reformer under conditions effective for producing a product stream comprising hydrogen, carbon oxides, and water vapor; and exchanging heat between the product stream and a boiler feed water stream in a third heat exchanger , wherein prior to exchanging heat with the product stream, the boiler feed water stream is used to provide the preheating to the hydrocarbon feed stream in the first heat exchanger .
A laundry device for dosing and dispensing a detergent composition, said device comprising a reservoir characterized in that the surface of the reservoir comprises a plurality of ball retainers in each of said ball retainers a freely rotating ball is seated.
Construction crane having a crane upper carriage with a telescopable cantilever arm , wherein the crane upper carriage is disposed on a semitrailer and connected releasably with the semitrailer, characterised in that the semitrailer is in the form of a container chassis , wherein the container chassis and the crane upper carriage are releasably connected with one another by means of a container locking system.
A subassembly for an implantable medical device, comprising: a rigid insulative core having a long axis ; a core opening along the long axis ; an alternating series of contacts and seals in the core opening ; a plurality of contact openings in the core along and perpendicular to the long axis , wherein one of the contacts is accessible through each of the contact openings ; a connector block opening in the core and perpendicular to the long axis ; and a connector block in the connector block opening having a lead opening configured to receive a proximal end of a medical lead and to pass the proximal end along the long axis through the core opening , wherein the connector block contains a receptacle perpendicular to the long axis for receiving a set screw. a rigid insulative core having a long axis ; a core opening along the long axis ; an alternating series of contacts and seals in the core opening ; a plurality of contact openings in the core along and perpendicular to the long axis , wherein one of the contacts is accessible through each of the contact openings ; a connector block opening in the core and perpendicular to the long axis ; and a connector block in the connector block opening having a lead opening configured to receive a proximal end of a medical lead and to pass the proximal end along the long axis through the core opening , wherein the connector block contains a receptacle perpendicular to the long axis for receiving a set screw.
Distributor system, in particular air distributor system, with a distributor housing and with at least one corrugated tube , the distributor housing having at least one connecting piece , into which the corrugated tube can be inserted in a plug-in direction , a securing bracket with two opposing bracket arms being provided on the connecting piece to secure the corrugated tube , which securing bracket engages around the connecting piece in the mounted state, characterized in that the securing bracket is of elastic design and has at least one securing lug , which is designed as a local elevation on the inside of the securing bracket and the bracket arms bear with their inner sides facing the connecting piece against an outer wall of the connecting piece , wherein the at least one securing lug in the mounted state is elastically snapped into the connecting piece through a recess in the connecting piece and engages in a wave trough of the corrugated tube when the corrugated tube is inserted, and that the securing lug has a starting chamfer and an opposing locking surface , wherein the locking surface is oriented perpendicularly with respect to the insertion direction , whereas the starting chamfer forms an acute angle with the insertion direction in such a way that when the corrugated tube is inserted in the direction of insertion with the securing bracket in place, a respective wave crest slides along the starting chamfer and thus expands the securing bracket and pushes the securing lug radially outwards and said securing lug automatically snaps back into a respective wave trough due to the elasticity of the securing bracket , an adapter socket being formed, which on its one side has two incoming connecting pieces for connection to two connecting pieces and an outgoing connecting piece with an enlarged cross-sectional area compared to the incoming connecting pieces , and the incoming connecting pieces of the adapter socket can be positively secured to a connecting piece via the securing bracket in the same way as a corrugated tube .
Bacillus subtilis strain C-3102 (international accession number: FERM BP-1096) for use in the treatment or prevention of ruminant animal mastitis.
A sensor unit to be utilized in an autonomous driving vehicle ADV, the sensor unit comprising: a sensor interface to be coupled to a plurality of sensors mounted on a plurality of locations of the ADV; a host interface to be coupled to a host system , wherein the host system is configured to perceive a driving environment surrounding the ADV based on sensor data obtained from the sensors and to plan a path to autonomously drive the ADV; and a plurality of sensor control modules , each corresponding to one of the plurality of sensors, wherein each of the sensor control modules comprises: a delay time control logic to receive a pulse time adjustment PTA value from the host system via the host interface, a delay adjustment logic to receive a trigger time adjustment TTA value from the host system via the host interface and to modify timing of at least a portion of a plurality of pulses of a pulse signal received from a pulse generator based on the PTA value and the TTA value, and a trigger signal generator to generate a trigger signal based on the modified pulse signal and to transmit the trigger signal to a corresponding sensor. a sensor interface to be coupled to a plurality of sensors mounted on a plurality of locations of the ADV; a host interface to be coupled to a host system , wherein the host system is configured to perceive a driving environment surrounding the ADV based on sensor data obtained from the sensors and to plan a path to autonomously drive the ADV; and a plurality of sensor control modules , each corresponding to one of the plurality of sensors, wherein each of the sensor control modules comprises: a delay time control logic to receive a pulse time adjustment PTA value from the host system via the host interface, a delay adjustment logic to receive a trigger time adjustment TTA value from the host system via the host interface and to modify timing of at least a portion of a plurality of pulses of a pulse signal received from a pulse generator based on the PTA value and the TTA value, and a trigger signal generator to generate a trigger signal based on the modified pulse signal and to transmit the trigger signal to a corresponding sensor. a delay time control logic to receive a pulse time adjustment PTA value from the host system via the host interface, a delay adjustment logic to receive a trigger time adjustment TTA value from the host system via the host interface and to modify timing of at least a portion of a plurality of pulses of a pulse signal received from a pulse generator based on the PTA value and the TTA value, and a trigger signal generator to generate a trigger signal based on the modified pulse signal and to transmit the trigger signal to a corresponding sensor.
Method for actuating a tyre-pressure regulating system of an agricultural vehicle combination comprising an agricultural tractor and a towed implement attached thereto, in which an increase or a reduction in a tyre inflation pressure present in air-filled tyres of the agricultural tractor and/or the implement is initiated by a control unit by actuation of the tyre-pressure regulating system in the event that the control unit identifies, by evaluation of data indicating a current operating status of the implement , that a change from field to road operation, or a change from road to field operation, is imminent.