mhurhangee/patent-ind-claim-en huggingface dataset:
Filter system having a liquid filter and a pipe connector; the liquid filter comprising a filter housing and a cover which closes the open side of the filter housing , and a hollow-cylindrical filter element which is inserted into the filter housing and features end discs on the front faces, wherein a flow opening is realized in one end disc , wherein a radially outward directed collar is disposed on the cover of the filter housing or on a component of the liquid filter connected to the cover on the exterior side of the cover and axially spaced therefrom, which collar forms an axial stop for the positive fitting fastening of the pipe connector communicating with the flow opening; the pipe connector having a connecting section for positive connection to the cover or to the component connected to the cover , wherein, in the connected state, the pipe connector communicates with the flow opening which is realized in the end disc of the hollow-cylindrical filter element , wherein the connecting section axially overlaps the collar , wherein, for producing the positive connection, a radially insertable latch is inserted into a form-fitting pocket formed axially between the radially directed collar and the connecting section on the pipe connector , wherein the latch is transferable into the form-fitting position transversely to the axial direction.
A driver for driving a lighting load, comprising: a switch mode power converter adapted to receive an input voltage (Vbus) from an external power source (V1) at a power input and to provide energy to the lighting load (LED) at a power output; a detect arrangement , adapted to detect if the driver is in a single mode and connected across the external power source alone, or is in a dual mode and connected across the external power source in series with another driver, characterized in that the driver comprises: a valley fill circuit connected between the power input and the switch mode power converter ; and a control input (Ctrl) adapted to enable the valley fill circuit for the single mode and to disable the valley fill circuit for the dual mode as detected by the detect arrangement . a switch mode power converter adapted to receive an input voltage (Vbus) from an external power source (V1) at a power input and to provide energy to the lighting load (LED) at a power output; a detect arrangement , adapted to detect if the driver is in a single mode and connected across the external power source alone, or is in a dual mode and connected across the external power source in series with another driver, characterized in that the driver comprises: a valley fill circuit connected between the power input and the switch mode power converter ; and a control input (Ctrl) adapted to enable the valley fill circuit for the single mode and to disable the valley fill circuit for the dual mode as detected by the detect arrangement . a valley fill circuit connected between the power input and the switch mode power converter ; and a control input (Ctrl) adapted to enable the valley fill circuit for the single mode and to disable the valley fill circuit for the dual mode as detected by the detect arrangement .
An internal gear machine for reverse operation, having a housing with a cavity , an externally toothed pinion and an internally toothed ring gear being arranged within said cavity which engage with each other and whose rotation axes run in parallel and spaced apart from each other, the cavity of the housing being axially limited, a first pressure pocket and a second pressure pocket being located in the housing which are connected to the cavity , the first pressure pocket being connected to a first pressure port and the second pressure pocket being connected to a second pressure port of the internal gear machine , characterized in that a first switching valve is arranged in the connection between the first pressure pocket and the first pressure port and a second switching valve is arranged in the connection between the second pressure pocket and the second pressure port and the first pressure port is connected to a first displacement chamber and the second pressure port is connected to a second displacement chamber of the internal gear machine .
A disposable fluid circuit configured to interface with a hardware component to form an automated blood collection system for collecting red blood cells and plasma from a donor comprising, the disposable component comprising: a donor access device for withdrawing whole blood from a donor; a whole blood collection container in communication with the donor access device through a donor line ; a blood separation device communicating with the whole blood collection container and employing relatively rotating surfaces, at least one of which carries a membrane substantially permeable to plasma and substantially impermeable to red blood cells to separate the whole blood into substantially concentrated red cells and plasma; a first collection container communicating with the blood separation device for receipt of the substantially concentrated red blood cells; a source of preservative solution communicating with the first collection container; and a second collection container communicating with the blood separation chamber for receipt of the plasma and via a separate plasma return line to the donor line . a donor access device for withdrawing whole blood from a donor; a whole blood collection container in communication with the donor access device through a donor line ; a blood separation device communicating with the whole blood collection container and employing relatively rotating surfaces, at least one of which carries a membrane substantially permeable to plasma and substantially impermeable to red blood cells to separate the whole blood into substantially concentrated red cells and plasma; a first collection container communicating with the blood separation device for receipt of the substantially concentrated red blood cells; a source of preservative solution communicating with the first collection container; and a second collection container communicating with the blood separation chamber for receipt of the plasma and via a separate plasma return line to the donor line .
An apparatus comprising: a backhaul sub-node configured to provide a backhaul connection to a communications network , wherein the backhaul sub-node is configured to comprise a proxy system ; and an access sub-node configured to provide an access cell to which user equipment can connect, wherein the apparatus is configured to be responsive to a configuration trigger and is configured to perform a configuration process in which: the backhaul sub-node performs a backhaul sub-node auto-configuration process comprising connecting to a further network node , determining backhaul sub-node configuration parameters, and storing in the proxy system at least one configuration parameter for the access sub-node in dependence on the backhaul sub-node configuration parameters determined; the access sub-node issues an access sub-node auto-configuration request; and the proxy system intercepts the access sub-node auto-configuration request and responds to the access sub-node in dependence on the at least one configuration parameter for the access sub-node stored. a backhaul sub-node configured to provide a backhaul connection to a communications network , wherein the backhaul sub-node is configured to comprise a proxy system ; and an access sub-node configured to provide an access cell to which user equipment can connect, wherein the apparatus is configured to be responsive to a configuration trigger and is configured to perform a configuration process in which: the backhaul sub-node performs a backhaul sub-node auto-configuration process comprising connecting to a further network node , determining backhaul sub-node configuration parameters, and storing in the proxy system at least one configuration parameter for the access sub-node in dependence on the backhaul sub-node configuration parameters determined; the access sub-node issues an access sub-node auto-configuration request; and the proxy system intercepts the access sub-node auto-configuration request and responds to the access sub-node in dependence on the at least one configuration parameter for the access sub-node stored. the backhaul sub-node performs a backhaul sub-node auto-configuration process comprising connecting to a further network node , determining backhaul sub-node configuration parameters, and storing in the proxy system at least one configuration parameter for the access sub-node in dependence on the backhaul sub-node configuration parameters determined; the access sub-node issues an access sub-node auto-configuration request; and the proxy system intercepts the access sub-node auto-configuration request and responds to the access sub-node in dependence on the at least one configuration parameter for the access sub-node stored.
A door operator , comprising: a door operator housing; a door driver for opening and closing a door ; a controller including a microprocessor, the microprocessor connected to and controlling the door driver; a graphical user interface embedded in the door operator during production and hidden under a cover which serves to surround and enclose the components of the door operator, and accessible by removal of the cover or at least a portion of the door operator housing, the graphical user interface comprising a pixel display screen (72") capable of graphics and augmented with a planar touch select overlay being the user input device coupled to the microprocessor to display information stored in the controller and to allow the microprocessor to receive instructions selected from the display screen (72") by a user; a memory module coupled to the microprocessor, the memory module storing code executed by the microprocessor, wherein the microprocessor under control of the code displays to the user various menu items on the graphical user interface display screen (72") and enables the user to select among the menu items using the display screen (72") with touch select input such that the microprocessor derives a control signal; and circuitry configured to receive the control signal from the microprocessor and to carry the control signal to the door driver. a door operator housing; a door driver for opening and closing a door ; a controller including a microprocessor, the microprocessor connected to and controlling the door driver; a graphical user interface embedded in the door operator during production and hidden under a cover which serves to surround and enclose the components of the door operator, and accessible by removal of the cover or at least a portion of the door operator housing, the graphical user interface comprising a pixel display screen (72") capable of graphics and augmented with a planar touch select overlay being the user input device coupled to the microprocessor to display information stored in the controller and to allow the microprocessor to receive instructions selected from the display screen (72") by a user; a memory module coupled to the microprocessor, the memory module storing code executed by the microprocessor, wherein the microprocessor under control of the code displays to the user various menu items on the graphical user interface display screen (72") and enables the user to select among the menu items using the display screen (72") with touch select input such that the microprocessor derives a control signal; and circuitry configured to receive the control signal from the microprocessor and to carry the control signal to the door driver.
Device for boring the covering film of wrapped pallets comprising at least a first linear conveyor suitable for accommodating pallets of products wrapped with films advancing with linear movement thereon and comprising at least one boring unit , associated with the linear conveyor , wherein each boring unit comprises a pair of uprights placed on opposite sides with respect to the linear conveyor and each boring unit bearing a plurality of boring groups distributed in height along an axis (Z), wherein each boring group comprises a perforating element engageable in support against the wrapped pallet , characterized in that each perforating element is elastically articulated to the upright and engageable in support against the wrapped pallet moving along the linear conveyor , wherein each perforating element comprises a rotating disc , preferably moved by a motor , each rotating disc bearing at least one cutting element , that comprises one or more blades or a shaped conical tip , possibly heated to facilitate cutting the film, and wherein each perforating element further comprises means for folding inwards a flap of cut film, preferably by means of air jets combined with the cutting element .
A cloth loading unit for setting down and picking up again pieces of dough on/from the loading surface of an oven, a proving cabinet or a loading trolley, comprising a preferably mobile base rack enabling an unrestricted displacement of the cloth loading unit between different points of use, with at least one cloth sliding unit , which is mounted on the base rack in a displaceable manner relative thereto and which can be displaced between two extreme positions, one of which is the maximally retracted transport position, in which the cloth sliding unit is located fully or substantially within the base rack , and the other one of which is the maximally extended loading position, in which the cloth sliding unit reaches across the loading surface of the oven or the like in order to set down several pieces of dough there and/or retrieve them, characterized in that the cloth sliding unit has an electronic auxiliary drive , which is activated by manually displacing the cloth sliding unit and contributes to moving the cloth sliding unit in the direction set by the manual force.
A superaustenitic material consisting of an alloy with the following alloy elements, all amounts in % by weight and with inevitable impurities: Elements Carbon (C) 0.01 -0.25 Silicon (Si) < 0.5 Manganese (Mn) 3.0-8.0 Phosphorus (P) < 0.05 Sulphur (S) < 0.005 Iron (Fe) remainder Chromium (Cr) 24.0 -30.0 Molybdenum (Mo) 2.0 - 4.0 Nickel (Ni) 12.0 - 16.0 Vanadium (V) < 0.5 Tungsten (W) < 0.5 Copper (Cu) < 0.5 Cobalt (Co) < 5.0 Titanium (Ti) < 0.1 Aluminium (Al) < 0.2 Niobium (Nb) < 0.1 Boron (B) < 0.01 Nitrogen (N) 0.50 - 0.90.
A composite material structure manufacturing jig used when manufacturing a composite material structure by adhering prepreg to a framework structure including a frame component that includes a channel extending along a longitudinal direction of the frame component, the composite material structure manufacturing jig being inserted in the channel of the frame component and used therein, the composite material structure manufacturing jig comprising a tubular body formed of an elastic material and a reinforcement fiber , the body including a trapezoidal transverse section that is a cross section orthogonal to a longitudinal direction of the body , the trapezoidal transverse section including an upper base and a lower base longer than the upper base, wherein an inner surface side of the body is defined as an inside, and an outer surface side of the body is defined as an outside, the elastic material is provided on the inside relative to the reinforcement fiber , and an inner surface of the elastic material of the body is coated with a gas barrier layer . the composite material structure manufacturing jig comprising a tubular body formed of an elastic material and a reinforcement fiber , the body including a trapezoidal transverse section that is a cross section orthogonal to a longitudinal direction of the body , the trapezoidal transverse section including an upper base and a lower base longer than the upper base, wherein an inner surface side of the body is defined as an inside, and an outer surface side of the body is defined as an outside, the elastic material is provided on the inside relative to the reinforcement fiber , and an inner surface of the elastic material of the body is coated with a gas barrier layer .
A tyre for vehicle wheels comprising: - a carcass structure; - a tread band applied in radially outer position with respect to said carcass structure; characterized in that said tread band comprises a crosslinked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition, wherein said elastomeric composition comprises at least a iso-styrene:diene-terminated copolymer. - a carcass structure; - a tread band applied in radially outer position with respect to said carcass structure;
Seal, comprising a spiralized profiled cord made of at least one thermoplastic elastomer material with a holding part and with at least one sealing lip , which are arranged opposite one another in the radial direction , wherein the profiled cord comprises coils which are arranged adjacent to one another in the axial direction and merge into one another and have end faces which are open on both sides, characterized in that the coils form a coil assembly , which has a substantially rectangular cross section, in which the open end faces are each arranged in an imaginary radial plane with the respective axially adjacently adjoining coils .
An adaptable tower platform arrangement for use in a tower interior , comprising - circular platforms , each with an essentially identical platform diameter (D10); - a plurality of annular adapter rings (11_1, ..., 11_n) each with essentially the same inner diameter (Di) and an outer diameter (Do_1, ..., Do_n), wherein each outer diameter (Do_1, ..., Do_n) exceeds the platform diameter (D10) and corresponds to a different tower interior diameter (D1, ..., Dn); and - an assembly interface configured to facilitate connection of a platform to an adapter ring (11_1, ..., 11_n) to obtain a platform assembly (12_1, ..., 12_n) having the outer diameter of that adapter ring (11_1, ..., 11_n). - circular platforms , each with an essentially identical platform diameter (D10); - a plurality of annular adapter rings (11_1, ..., 11_n) each with essentially the same inner diameter (Di) and an outer diameter (Do_1, ..., Do_n), wherein each outer diameter (Do_1, ..., Do_n) exceeds the platform diameter (D10) and corresponds to a different tower interior diameter (D1, ..., Dn); and - an assembly interface configured to facilitate connection of a platform to an adapter ring (11_1, ..., 11_n) to obtain a platform assembly (12_1, ..., 12_n) having the outer diameter of that adapter ring (11_1, ..., 11_n).
A method for performing a random access procedure by a user equipment, UE, in a wireless communication system supporting coverage enhancement, the method comprising: transmitting, by the UE , a random access preamble; and repeatedly receiving, by the UE , a physical downlink control channel, PDCCH, scheduling a random access response, RAR, in response to the random access preamble, wherein starting subframe information and repetition number information for repeatedly receiving the PDCCH scheduling the RAR are signaled through a system information block, SIB. transmitting, by the UE , a random access preamble; and repeatedly receiving, by the UE , a physical downlink control channel, PDCCH, scheduling a random access response, RAR, in response to the random access preamble, wherein starting subframe information and repetition number information for repeatedly receiving the PDCCH scheduling the RAR are signaled through a system information block, SIB.
A battery controller comprising: a closed-circuit voltage detection unit configured to measure a terminal-to-terminal voltage of a secondary battery to acquire a closed-circuit voltage (CCV); an open-circuit voltage calculation unit configured to perform calculation on the basis of the closed-circuit voltage (CCV) to acquire an open-circuit voltage (OCV); a time point setting unit configured to calculate a voltage difference obtained by subtracting the open-circuit voltage (OCV) from the closed-circuit voltage (CCV) and sets a first time point and a second time point at which an absolute value of the voltage difference is equal to or smaller than a predetermined value; a cumulative current amount calculation unit configured to obtain a cumulative current amount which is a time integrated value of a current flowing through the secondary battery in a period between the first time point and the second time point; a SOC difference calculation unit configured to calculate a difference between SOC at the first time point and SOC at the second time point; ands a storage capacity calculation unit configured to divide the cumulative current amount by the SOC difference to calculate a storage capacity of the secondary battery . a closed-circuit voltage detection unit configured to measure a terminal-to-terminal voltage of a secondary battery to acquire a closed-circuit voltage (CCV); an open-circuit voltage calculation unit configured to perform calculation on the basis of the closed-circuit voltage (CCV) to acquire an open-circuit voltage (OCV); a time point setting unit configured to calculate a voltage difference obtained by subtracting the open-circuit voltage (OCV) from the closed-circuit voltage (CCV) and sets a first time point and a second time point at which an absolute value of the voltage difference is equal to or smaller than a predetermined value; a cumulative current amount calculation unit configured to obtain a cumulative current amount which is a time integrated value of a current flowing through the secondary battery in a period between the first time point and the second time point; a SOC difference calculation unit configured to calculate a difference between SOC at the first time point and SOC at the second time point; ands a storage capacity calculation unit configured to divide the cumulative current amount by the SOC difference to calculate a storage capacity of the secondary battery .
A method for processing one or more target cells from a plurality of label-free cells comprising: (a) obtaining spatial information during motion of the plurality of label-free cells relative to a patterned optical structure and compressively converting the spatial information into one or more temporal waveforms that arrive sequentially at a detector, wherein the one or more temporal waveforms comprise one or more intensity distributions imparted by the patterned optical structure, (b) applying one or more machine learning classifiers to the one or more temporal waveforms to identify the one or more target cells from the plurality of label-free cells, and (c) separating or isolating the one or more target cells from the plurality of label-free cells, thereby enabling label-free sorting of the target cells. (a) obtaining spatial information during motion of the plurality of label-free cells relative to a patterned optical structure and compressively converting the spatial information into one or more temporal waveforms that arrive sequentially at a detector, wherein the one or more temporal waveforms comprise one or more intensity distributions imparted by the patterned optical structure, (b) applying one or more machine learning classifiers to the one or more temporal waveforms to identify the one or more target cells from the plurality of label-free cells, and (c) separating or isolating the one or more target cells from the plurality of label-free cells,