mhurhangee/patent-ind-claim-en huggingface dataset:
A housing head for a drying apparatus for compressed air, which can be connected to a housing in which a diaphragm filter, preferably a bundle of hollow fiber diaphragms, is arranged, comprising: a) an inlet for moist compressed air (A), which transitions into an inner pipe which, at least in some sections, is coaxially surrounded by a housing portion , b) an outlet for dried compressed air (B), which transitions into an annular chamber formed between an outer face of the inner pipe and an inner face of the housing portion , wherein - a valve ring guide of a basic body surrounds the inner pipe and is held immovably thereon, - an annular rolling diaphragm , which is held at its outer face and connected at its inner face to a valve ring that surrounds the valve ring guide of the basic body and is movable along a longitudinal axis (X-X) of the valve ring guide , is disposed in the annular chamber , - at least one flow transfer duct , which runs past the rolling diaphragm in the flow direction of the compressed air and is closed off by the valve ring in the initial position of the latter, in which there is substantially no demand for compressed air, is disposed between the valve ring and the valve ring guide , - the valve ring guide has a flushing gas duct through which dry compressed air (B) can be conducted back in the direction of the diaphragm filter and which is substantially closed off by the valve ring in the initial position of the latter. a) an inlet for moist compressed air (A), which transitions into an inner pipe which, at least in some sections, is coaxially surrounded by a housing portion , b) an outlet for dried compressed air (B), which transitions into an annular chamber formed between an outer face of the inner pipe and an inner face of the housing portion , - a valve ring guide of a basic body surrounds the inner pipe and is held immovably thereon, - an annular rolling diaphragm , which is held at its outer face and connected at its inner face to a valve ring that surrounds the valve ring guide of the basic body and is movable along a longitudinal axis (X-X) of the valve ring guide , is disposed in the annular chamber , - at least one flow transfer duct , which runs past the rolling diaphragm in the flow direction of the compressed air and is closed off by the valve ring in the initial position of the latter, in which there is substantially no demand for compressed air, is disposed between the valve ring and the valve ring guide , - the valve ring guide has a flushing gas duct through which dry compressed air (B) can be conducted back in the direction of the diaphragm filter and which is substantially closed off by the valve ring in the initial position of the latter.
An ultrasonic electronic cigarette atomizer, comprising an e-liquid storage assembly and an atomization core detachably connected to the e-liquid storage assembly , the atomization core comprising an ultrasonic atomization sheet , the e-liquid storage assembly comprising an e-liquid chamber and an e-liquid outlet for communicating an atomization surface of the ultrasonic atomization sheet with the e-liquid chamber , wherein the e-liquid storage assembly further comprises a moving assembly that can move in the direction of assembling/disassembling the atomization core to open/close the e-liquid outlet ; when the atomization core is connected with the e-liquid storage assembly , the atomization core drives the moving assembly to move and open the e-liquid outlet ; when the atomization core is disconnected from the e-liquid storage assembly , the moving assembly is reset and closes the e-liquid outlet , the e-liquid storage assembly comprises a housing , a first limiting seat and a rotating member are disposed in the housing , the e-liquid outlet is formed at the bottom of the side wall of the rotating member , the moving assembly comprises a moving member , the first limiting seat is sleeved on the rotating member , the first limiting seat is provided with a first limiting portion for limiting the rotating member , the side wall of the rotating member is provided with a through hole corresponding to the position of the first limiting portion , a reset spring is disposed in the through hole , one end of the reset spring abuts against the first limiting portion , the other end of the reset spring abuts against the head of an ejector pin , and the bottom of the ejector pin abuts against the moving member ; when the atomization core is connected with the e-liquid storage assembly , the atomization core drives the moving member to compress the reset spring through the ejector pin and to open the e-liquid outlet ; when the atomization core is disconnected from the e-liquid storage assembly , the reset spring is reset and the moving member is driven by the ejector pin to close the e-liquid outlet .
A wear-resistant multi-layer retractable water pipe, comprising: a retractable inner pipe ; a fabric sleeve , configured as a one- or multi-layer retractable fabric sleeve; and a retractable wear-resistant protective layer ; the retractable inner pipe is nested in the fabric sleeve , and the fabric sleeve is nested in the retractable wear-resistant protective layer ; wherein the fabric sleeve is a corrugated sleeve forming a plurality of peaks and a plurality of valleys, the valleys of the fabric sleeve are axially slidable on an outer surface of the inner pipe when the fabric sleeve is deployed or retracted, and the peaks of the fabric sleeve are fit with an inner wall surface of the wear-resistant protective layer . a retractable inner pipe ; a fabric sleeve , configured as a one- or multi-layer retractable fabric sleeve; and a retractable wear-resistant protective layer ; the retractable inner pipe is nested in the fabric sleeve , and the fabric sleeve is nested in the retractable wear-resistant protective layer ; wherein the fabric sleeve is a corrugated sleeve forming a plurality of peaks and a plurality of valleys, the valleys of the fabric sleeve are axially slidable on an outer surface of the inner pipe when the fabric sleeve is deployed or retracted, and the peaks of the fabric sleeve are fit with an inner wall surface of the wear-resistant protective layer .
A method for microencapsulation of phase change materials, comprising the steps of: (a) adding a phase change material (PCM) and a surfactant to water to form an emulsion including droplets of PCM suspended in the water; (b) adding a monomer of at least one encapsulating agent to the emulsion; (c) irradiating a thin film of the emulsion with ultraviolet (UV) radiation on a sloping support above a tank in a UV reactor to initiate polymerization of the at least one encapsulating agent; and (d) continuously recirculating the emulsion from the tank to the sloping support in a thin film while irradiating the thin film emulsion with UV radiation for a period of time sufficient to microencapsulate micron-sized particles of the PCM in a polymer shell. (a) adding a phase change material (PCM) and a surfactant to water to form an emulsion including droplets of PCM suspended in the water; (b) adding a monomer of at least one encapsulating agent to the emulsion; (c) irradiating a thin film of the emulsion with ultraviolet (UV) radiation on a sloping support above a tank in a UV reactor to initiate polymerization of the at least one encapsulating agent; and (d) continuously recirculating the emulsion from the tank to the sloping support in a thin film while irradiating the thin film emulsion with UV radiation for a period of time sufficient to microencapsulate micron-sized particles of the PCM in a polymer shell.
Apparatus for propulsion and operations inside a cylindrical body, such as a pipeline, comprising: - a central shaft , - at least one motor and motor control unit, - a number of wheels arranged to rotate round the shaft with a tilted angle, the wheels are connected to a motor for rotating the wheels , and at least some of the wheels can rotate independent of other wheels , and where the apparatus further comprises - a sensor module comprising sensors, characterized in that the position of the wheels with respect to the shaft can be changed by means of an eccentric drive. - a central shaft , - at least one motor and motor control unit, - a number of wheels arranged to rotate round the shaft with a tilted angle, the wheels are connected to a motor for rotating the wheels , and at least some of the wheels can rotate independent of other wheels , and where the apparatus further comprises - a sensor module comprising sensors, characterized in that the position of the wheels with respect to the shaft can be changed by means of an eccentric drive.
An apparatus comprising: a base ; a drive device disposed on the base , the drive device having an output shaft with a wafer receiving surface , the drive device being configured to rotate the output shaft about an axis of rotation ; a sensor unit disposed on the base , the sensor unit being configured to sense a wafer received on the wafer receiving surface ; and an engagement device configured to engage and disengage a translational mechanism between the drive device and the sensor unit , wherein the apparatus is characterized in that : when the engagement device engages the translational mechanism , rotation of the output shaft about the axis of rotation by the drive device changes a relative positional relationship between the sensor unit and the axis of rotation . a base ; a drive device disposed on the base , the drive device having an output shaft with a wafer receiving surface , the drive device being configured to rotate the output shaft about an axis of rotation ; a sensor unit disposed on the base , the sensor unit being configured to sense a wafer received on the wafer receiving surface ; and an engagement device configured to engage and disengage a translational mechanism between the drive device and the sensor unit , wherein the apparatus is characterized in that : when the engagement device engages the translational mechanism , rotation of the output shaft about the axis of rotation by the drive device changes a relative positional relationship between the sensor unit and the axis of rotation .
A nozzle device, configured for conveying air of a fan, comprising: - a nozzle housing for guiding a main flow, - a bypass provided on the outside of the nozzle housing, which is fluidly connected to an inside of the nozzle housing and to the main flow via a housing wall opening , so that a bypass flow can flow through the bypass, - a sensor arranged inside the bypass for measuring parameters of the conveyed air, having several individual webs spaced apart from each other on which respective measuring means of the sensor are arranged, characterized by - a guiding arrangement arranged inside the bypass and upstream of the sensor for guiding the bypass flow to the respective webs of the sensor, wherein the guiding arrangement has several nozzle openings which are respectively oriented towards the webs of the sensor , so that the bypass flow through the nozzle openings is directly guided to the measuring means arranged on the webs . - a nozzle housing for guiding a main flow, - a bypass provided on the outside of the nozzle housing, which is fluidly connected to an inside of the nozzle housing and to the main flow via a housing wall opening , so that a bypass flow can flow through the bypass, - a sensor arranged inside the bypass for measuring parameters of the conveyed air, having several individual webs spaced apart from each other on which respective measuring means of the sensor are arranged, characterized by - a guiding arrangement arranged inside the bypass and upstream of the sensor for guiding the bypass flow to the respective webs of the sensor, wherein the guiding arrangement has several nozzle openings which are respectively oriented towards the webs of the sensor , so that the bypass flow through the nozzle openings is directly guided to the measuring means arranged on the webs .
Scraping heat exchanger comprising an outer cylinder comprising a first wall having a smooth circle-cylindrical inner side , and an inner cylinder positioned concentrically therewithin, comprising a second wall having a smooth circle-cylindrical outer side , wherein both sides together define a substantially vertically arranged space for a product to be cooled and/or heated, further comprising a driving shaft positioned in the centre line (L) of the concentric walls , an upper wall that substantially closes off the inner cylinder at an upper side , a number of arms that are coupled to the shaft , wherein scraping members are attached to the arms, which scraping members are adapted for scraping over the inner side and/or outer side during rotation of the shaft , wherein the second wall is designed at least partially hollow and comprises a supply connection and a discharge connection for supplying and discharging, respectively, a cooling medium and/or heating medium and is adapted for the cooling medium and/or heating medium flowing through it, and wherein the heat exchanger further comprises a flange adapted for with an upper side abutting a lower side of the inner cylinder and for substantially sealing off the lower side of the space , characterised in that the flange comprises attachment means adapted for detachably pushing the upper side of the flange against the lower side of the inner cylinder , and in that the upper wall at a lower side comprises further attachment means extending within the inner cylinder and through through-holes in the flange , wherein said attachment means are adapted for detachably pushing the upper wall against an upper side of the inner cylinder and for being fastened and/or loosened from the lower side of the flange .
An electrical discharge generating device for cleaning an equipment arranged in a wellbore of a subterranean formation in order to improve the recovery of formation fluids and/or gases, said electrical discharge generating device comprising a discharge unit for generating at least one electrical discharge that propagates at least one shock wave for cleaning said equipment , characterised in that the said electrical discharge generating device further comprises a retaining module (150-1, 150-2, 150-3) configured for retaining a volume of liquid in order to immerse the discharge unit .
A mobile station in a wireless communication network , the mobile station comprising: a radio communication unit configured to communicate with a first base station via a plurality of component carriers, the radio communication unit being configured to receive a plurality of handover commands, each corresponding to one of the plurality of component carriers; and a control unit configured to control the radio communication unit to initiate a handover procedure to a second base station for each of the plurality of component carriers after receiving the plurality of handover commands for the plurality of component carriers. a radio communication unit configured to communicate with a first base station via a plurality of component carriers, the radio communication unit being configured to receive a plurality of handover commands, each corresponding to one of the plurality of component carriers; and a control unit configured to control the radio communication unit to initiate a handover procedure to a second base station for each of the plurality of component carriers after receiving the plurality of handover commands for the plurality of component carriers.
A transmission control method of multimedia broadcast multicast service data, comprising: determining (11;44;84;104), by a base station, a scheduling period of suspending or resuming sending multimedia broadcast multicast service data, wherein the scheduling period is an M th scheduling period of a multicast channel that bears the multimedia broadcast multicast service data from a start time of a multicast control channel modification period in which a multicast control channel message is updated, M being an integer greater than or equal to 1; and suspending or resuming (12;45;85;105), by the base station, sending the multimedia broadcast multicast service data in the scheduling period. determining (11;44;84;104), by a base station, a scheduling period of suspending or resuming sending multimedia broadcast multicast service data, wherein the scheduling period is an M th scheduling period of a multicast channel that bears the multimedia broadcast multicast service data from a start time of a multicast control channel modification period in which a multicast control channel message is updated, M being an integer greater than or equal to 1; and suspending or resuming (12;45;85;105), by the base station, sending the multimedia broadcast multicast service data in the scheduling period.
A collagen-based therapeutic delivery device comprising: an insoluble synthetic collagen-fibril matrix comprising a polymerization product of a mixture of soluble oligomeric collagen with one or more type of soluble non-oligomeric collagen molecules; and a first active agent dispersed throughout the collagen-fibril matrix or within a portion of the collagen-fibril matrix; wherein the collagen-fibril matrix exhibits a stiffness of at least 5 Pa; wherein the first active agent is a drug; and wherein the matrix does not contain embedded cells. an insoluble synthetic collagen-fibril matrix comprising a polymerization product of a mixture of soluble oligomeric collagen with one or more type of soluble non-oligomeric collagen molecules; and a first active agent dispersed throughout the collagen-fibril matrix or within a portion of the collagen-fibril matrix; wherein the collagen-fibril matrix exhibits a stiffness of at least 5 Pa; wherein the first active agent is a drug; and wherein the matrix does not contain embedded cells.
Workpiece storage means for elongate workpieces of shaft-like form which are at least substantially rotationally symmetrical relative to their longitudinal axis and which have along their longitudinal axis (L) at least one projection extending in the peripheral direction, which projection protrudes radially outwards relative to a workpiece region arranged immediately axially adjacent thereto, comprising a base plate and a plurality of workpiece holders which are fastened to the base plate and protrude upwards therefrom and which define workpiece receiving surfaces, wherein in each case at least two workpiece holders are associated with a workpiece to be received, wherein the workpiece holders associated with a workpiece to be received are so configured, spaced apart from one another and oriented relative to one another, that the longitudinal axis (L) of a workpiece placed thereon from above slopes relative to the horizontal in such a manner that the workpiece moves under the force of gravity, following the slope (α), until its projection comes into contact with one of the workpiece holders , and wherein the slope (α) lies in a range from 5 to 45°, characterized in that the workpiece holders comprise a first portion extending perpendicularly upwards starting from the base plate and, for producing the slope (α), at least one second portion which adjoins the first portion and has the slope (α) relative thereto, and in that the workpiece holder is designed to be slightly longer than the workpiece holder such that the second portions of the two workpiece holders extend substantially perpendicularly to the longitudinal axis (L) of the workpiece .
A method of depositing a patterned MOF, comprising: depositing a metal solution onto a pre-patterned substrate; spinning the substrate at 500-6000 rpm for a time sufficient to spread the metal solution thoroughly across the substrate; depositing an organic ligand solution onto the substrate; and spinning the substrate at 500-6000 rpm for a time sufficient for the metal solution to react with the organic ligand solution and form a MOF layer. depositing a metal solution onto a pre-patterned substrate; spinning the substrate at 500-6000 rpm for a time sufficient to spread the metal solution thoroughly across the substrate; depositing an organic ligand solution onto the substrate; and spinning the substrate at 500-6000 rpm for a time sufficient for the metal solution to react with the organic ligand solution and form a MOF layer.
Procedure for checking the functional status of an induction crucible furnace with the following steps: Providing a parameter that characterizes the vibration behaviour of the coreless induction furnace (TARGET value), which is determined when the induction crucible furnace is new under nominal conditions with regard to maintenance and operation or from existing tables or characteristic diagrams for a corresponding furnace type; Measurement of this parameter during operation of the induction crucible furnace (ACTUAL value); and Carry out a comparison of both parameter values and deriving the functional state of the furnace from the difference between the two values in order to determine the state of wear of the coreless induction furnace. Providing a parameter that characterizes the vibration behaviour of the coreless induction furnace (TARGET value), which is determined when the induction crucible furnace is new under nominal conditions with regard to maintenance and operation or from existing tables or characteristic diagrams for a corresponding furnace type; Measurement of this parameter during operation of the induction crucible furnace (ACTUAL value); and Carry out a comparison of both parameter values and deriving the functional state of the furnace from the difference between the two values in order to determine the state of wear of the coreless induction furnace.
A method for determining setpoint parameters for controlling a high voltage direct current, HVDC, link provided in parallel with a transmission corridor comprising at least one alternating current, AC, line (12a-b), the method being performed in a setpoint determiner and comprising the steps of: obtaining a first set of measurements of a first end of the transmission corridor; obtaining a second set of measurements of a second end of the transmission corridor; determining which one of a first area, connected to the first end of the transmission corridor, and a second area, connected to the second end of the transmission corridor, that has a deficit of active power and which one of the first area and the second area of the transmission corridor that has a surplus of active power ; determining a model equivalent, based on a corridor equivalent of the transmission corridor and a generator equivalent of the area operating predominately as a generator; and determining setpoint parameters for the HVDC link based on the model equivalent, which comprises deriving an operating point function of the transmission corridor, describing the relationship between voltage and power transfer, and wherein the setpoint parameters are determined based on a power margin between a power transfer value of a current operating point and a maximum power transfer value. obtaining a first set of measurements of a first end of the transmission corridor; obtaining a second set of measurements of a second end of the transmission corridor; determining which one of a first area, connected to the first end of the transmission corridor, and a second area, connected to the second end of the transmission corridor, that has a deficit of active power and which one of the first area and the second area of the transmission corridor that has a surplus of active power ; determining a model equivalent, based on a corridor equivalent of the transmission corridor and a generator equivalent of the area operating predominately as a generator; and determining setpoint parameters for the HVDC link based on the model equivalent, which comprises deriving an operating point function of the transmission corridor, describing the relationship between voltage and power transfer, and wherein the setpoint parameters are determined based on a power margin between a power transfer value of a current operating point and a maximum power transfer value.