mhurhangee/ep-ind-claims huggingface dataset:
A laundry dryer comprising - a body, - a drum wherein laundry to be dried is placed, - an air circulation duct providing the processing air to be sent onto the laundry in the drum, - at least one filter situated in the air circulation duct and that holds the particles like fiber, lint etc. in the processing air blown onto the laundry, - a heat exchanger situated in the air circulation duct and enabling the temperature of the processing air blown onto the laundry to be changed, - and a spraying device situated in the air circulation duct, spraying water onto particles such as fiber, lint etc. accumulating in the air circulation duct and thus providing the cleaning of these particles, the spraying device being detachably mounted to the air circulation duct, characterized by the spraying device that can be accessed by means of a cover situated on the body and providing access to the spraying device such that it can be easily attached/detached. - a body, - a drum wherein laundry to be dried is placed, - an air circulation duct providing the processing air to be sent onto the laundry in the drum, - at least one filter situated in the air circulation duct and that holds the particles like fiber, lint etc. in the processing air blown onto the laundry, - a heat exchanger situated in the air circulation duct and enabling the temperature of the processing air blown onto the laundry to be changed, - and a spraying device situated in the air circulation duct, spraying water onto particles such as fiber, lint etc. accumulating in the air circulation duct and thus providing the cleaning of these particles, the spraying device being detachably mounted to the air circulation duct,
A polypeptide having at least 90% sequence identity to SEQ ID NO:1 and comprising an R residue at a position corresponding to position 147 of SEQ ID NO:1.
A swallowable capsule comprising; a therapeutic preparation comprising insulin, the preparation shaped as a solid tissue penetrating member configured to be inserted into an intestinal wall after oral ingestion, wherein upon insertion, the preparation releases insulin into the blood stream from the intestinal wall to achieve a C max in a shorter time period than a time period to achieve a C max for an extravascularly injected dose of insulin; and delivery means having a first configuration and a second configuration, wherein the preparation is operably coupled to the delivery means (1 70), the preparation being contained within the capsule in the first configuration and advanced out of the capsule and into the intestinal wall in the second configuration, wherein the delivery means comprises a least one expandable balloon having an expanded and a non-expanded state and the first configuration is the non-expanded state and the second configuration is the expanded state; wherein in the expanded state, the balloon extends the length of the capsule to align the longitudinal axis of the capsule in a parallel fashion with the longitudinal axis of the intestinal wall.
Method for operating a transformerless inverter having a first half-bridge and a second half-bridge arranged parallel to one another and to an intermediate circuit between DC connections (2, 3) of the inverter and whose bridge output (Br1, Br2) is connected in each case via a filter choke (L1, L2) to an AC output assigned to the corresponding half-bridge (HB1, HB2), AC2) of the inverter, wherein the AC output assigned to the first half bridge is connected to an N conductor and the AC output assigned to the second half bridge is connected to a phase of the network, and wherein a network of filter capacitors coupled with low impedance to the DC link is arranged between the AC outputs (AC1, AC2), comprising the steps: - operating the two half bridges (HB1, HB2) of the inverter with a unipolar clock method, and - determining a value of a mains frequency leakage current at the DC terminals (2, 3) of the inverter, wherein when the leakage current value exceeded a limit value, the two half bridges (HB1, HB2) of the inverter are operated with a leakage current-reducing clock method, in which the first half bridge provides an AC voltage at the AC output assigned to it, wherein an amplitude of the alternating voltage is less than 50% of the amplitude of a voltage amplitude of the network, and the second half bridge provides a differential voltage between the network voltage and the voltage provided by the first half bridge at the AC output associated therewith. - operating the two half bridges (HB1, HB2) of the inverter with a unipolar clock method, and - determining a value of a mains frequency leakage current at the DC terminals (2, 3) of the inverter,
A suture anchor suitable for anchoring in hard tissue with the aid of in situ liquefaction of a material having thermoplastic properties, wherein the anchor is a one piece anchor consisting of one member including a sleeve portion and a distal end portion wherein the distal end portion is a portion constituting an anchor foot with a distal end being equipped for being forced into or through hard tissue and the sleeve portion constituting a thermoplastic sleeve comprising the material having thermoplastic properties, wherein the anchor foot comprises a system of passages and/or grooves for retaining at least one suture and wherein the anchor foot is equipped to be connectable to a tool in a way that the tool extends through the sleeve portion and that the connection is suitable to transmit a compressive and a tensile force as well as mechanical vibration from the tool to the anchor foot and wherein the material of the anchor having thermoplastic properties is liquefied by combined action of the axial compressive force and the mechanical vibration transmitted by the tool to yield liquefied material, whereby said the liquefied material is laterally displaced, while an axial dimension of the anchor is simultaneously reduced. wherein the anchor is a one piece anchor consisting of one member including a sleeve portion and a distal end portion wherein the distal end portion is a portion constituting an anchor foot with a distal end being equipped for being forced into or through hard tissue and the sleeve portion constituting a thermoplastic sleeve comprising the material having thermoplastic properties, wherein the anchor foot comprises a system of passages and/or grooves for retaining at least one suture and wherein the anchor foot is equipped to be connectable to a tool in a way that the tool extends through the sleeve portion and that the connection is suitable to transmit a compressive and a tensile force as well as mechanical vibration from the tool to the anchor foot and wherein the material of the anchor having thermoplastic properties is liquefied by combined action of the axial compressive force and the mechanical vibration transmitted by the tool to yield liquefied material, whereby said the liquefied material is laterally displaced, while an axial dimension of the anchor is simultaneously reduced.
A method for a first base station serving a first cell having two or more neighbor cells served by at least one second base station, comprising the steps of: • obtaining a quality measure of a radio link with one or more mobile terminal/s in the first cell, • determining (103, 105) based on the obtained quality measure that one or more mobile terminal/s may be disturbed by one or more of said neighbor cells, or may be disturbing one or more of said neighbor cells; and for each of the one or more mobile terminal/s for which it is determined that it may be disturbed by one or more of said neighbor cells or may be disturbing one or more of said neighbor cells, • obtaining measurements from the terminal on said one or more neighbor cells; • determining, that one or more of said neighbor cells is/are disturbed by or disturbing the mobile terminal, based on the measurements on said neighbor cells as obtained from the mobile terminal; • informing the one or more second base station/s providing the neighbor cells that are determined to be disturbed or disturbing the mobile terminal, of resources scheduled for the mobile terminal in the first cell. • obtaining a quality measure of a radio link with one or more mobile terminal/s in the first cell, • determining (103, 105) based on the obtained quality measure that one or more mobile terminal/s may be disturbed by one or more of said neighbor cells, or may be disturbing one or more of said neighbor cells; and for each of the one or more mobile terminal/s for which it is determined that it may be disturbed by one or more of said neighbor cells or may be disturbing one or more of said neighbor cells, • obtaining measurements from the terminal on said one or more neighbor cells; • determining, that one or more of said neighbor cells is/are disturbed by or disturbing the mobile terminal, based on the measurements on said neighbor cells as obtained from the mobile terminal; • informing the one or more second base station/s providing the neighbor cells that are determined to be disturbed or disturbing the mobile terminal, of resources scheduled for the mobile terminal in the first cell.
A support arm assembly for mounting in a fuel tank, the support arm assembly comprising: an arm having a connector for mounting the support arm assembly; a fuel fill limiter mounted on the arm; and a biasing member adapted to spring-bias the support arm assembly against a roof of the fuel tank. an arm having a connector for mounting the support arm assembly; a fuel fill limiter mounted on the arm; and a biasing member adapted to spring-bias the support arm assembly against a roof of the fuel tank.
Method for checking the fitting conformity of a piece of equipment composed of a frame and of two corrective ophthalmic lenses, said method comprising the following steps: - an upstream step of determining at least one parameter allowing the lenses to be positioned in the frame and relative to the face; - a downstream step of acquiring at least one image of the face of said wearer with said piece of equipment in which appear centring and horizontality reference marks; - a step of comparing said at least one parameter determined in said upstream step and the corresponding parameter deduced from said at least one image; and - an automatically performed step of reaching a decision on the fitting conformity of the piece of equipment, characterized in that the upstream step is carried out by means of the acquisition of at least one image of the face of the wearer with a frame without the corrective lenses, in that the upstream step and the downstream step are carried out with the same operating mode and with identical measuring means and in that said method comprises a step of validating the conformity of the piece of equipment composed of the frame equipped with the corrective lenses, integrating tolerance thresholds into the measurements. - an upstream step of determining at least one parameter allowing the lenses to be positioned in the frame and relative to the face; - a downstream step of acquiring at least one image of the face of said wearer with said piece of equipment in which appear centring and horizontality reference marks; - a step of comparing said at least one parameter determined in said upstream step and the corresponding parameter deduced from said at least one image; and - an automatically performed step of reaching a decision on the fitting conformity of the piece of equipment,
A flat panel display having a matrix-type array of sub-pixels, each of which comprises a driving thin film transistor, a first electrode driven by the driving thin film transistor, and a second electrode driving a light emission unit together with the first electrode, wherein each driving thin film transistor comprises a semiconductor channel formed in a semiconductor layer, wherein said semiconductor layer comprises a plurality of heterogeneous straight stripes generally parallel to each other, wherein the conductivity of said heterogeneous straight stripes is different from the conductivity of the area of the semiconductor layer between said heterogeneous straight stripes, the heterogeneous straight stripes defining columns, characterized in that the semiconductor channels are positioned between the heterogeneous straight stripes so that no semiconductor channels have heterogeneous straight stripes.
A port switch service, PSS, system, comprising a server cluster having one or more ports, and a client cluster formed of one or more client nodes, wherein the server cluster is formed of a plurality of elements, wherein the server cluster is adapted to elect, in a current cluster, through a quorum algorithm, a master node as guaranteed to be, among the elements, unique within a specified period in a lease form; wherein the server cluster is adapted to maintain that, among the elements, only the master node stores status of the one or more ports, wherein the server cluster is capable to maintain a mode of the server cluster, wherein the server cluster is adapted, when the mode takes a first mode value, that the elements consist of one master node plus a plurality of slave nodes, wherein the server cluster is adapted, when the mode takes a second, different, mode value, that the elements consist of one master node plus one or more slave nodes plus one or more arbiter nodes, and wherein the PSS system is adapted, for each of the one or more client nodes: - to establish at least one connection between the considered client node and the master node; - after establishing the at least one connection between the considered client node and the master node; to allocate to the considered client node any number of the one or more ports of the server cluster; - to release the allocation of the corresponding ports to the considered client node upon detecting that the considered client node goes offline; and - to release the corresponding ports upon detecting that the master node goes offline, wherein the PSS system is adapted to re-allocate the released ports to client nodes among the one or more client nodes. - to establish at least one connection between the considered client node and the master node; - after establishing the at least one connection between the considered client node and the master node; to allocate to the considered client node any number of the one or more ports of the server cluster; - to release the allocation of the corresponding ports to the considered client node upon detecting that the considered client node goes offline; and - to release the corresponding ports upon detecting that the master node goes offline, wherein the PSS system is adapted to re-allocate the released ports to client nodes among the one or more client nodes.
Method for wirelessly transmitting information from a wheel module, arranged on a wheel, of a tyre pressure monitoring system of a vehicle to a receiving unit, wherein the method comprises coding the information in data telegrams, each data telegram having a number of sections for quasi-static information, and a plurality of data telegrams of the same length being transmitted in a period of time in which the wheel module is continuously in one of multiple defined operating modes, wherein information transmitted in the sections for quasi-static information is exchanged in each case by means of a multiplexer method.
A liquid cartridge, comprising: a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction, and further comprising an intervening wall disposed between the circuit board and the light access portion, wherein the intervening wall includes a particular surface (81,82) extending in a second direction (55,56) which intersects the first direction and the upward direction. a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction, and further comprising an intervening wall disposed between the circuit board and the light access portion, wherein the intervening wall includes a particular surface (81,82) extending in a second direction (55,56) which intersects the first direction and the upward direction.
Method for operating an industrial truck driving over a driving surface on wheel tyres (10, 11), in particular superelastic tyres or pneumatic tyres, wherein vehicle characteristics of the industrial truck are controlled by a vehicle control device and tyre wear of the wheel tyres (10, 11) is measured by a tyre wear measuring device, wherein at least one vehicle characteristic of the industrial truck is actively influenced by the vehicle control device as a function of the tyre wear of the wheel tyres (10, 11), wherein a maximum permissible driving speed of the industrial truck, which is changed actively as a function of the tyre wear of the wheel tyres (10, 11), is used as the vehicle characteristic, in particular the maximum permissible driving speed in the reverse direction of travel, characterized in that the maximum permissible driving speed is adapted as a function of a change in the position and/or orientation of a collision sensor (16; 17) arranged on the industrial truck relative to the driving surface caused by the tyre wear of the wheel tyres (10, 11).
A robot comprising: an image sensor; a driving part; a memory configured to store at least one instruction; and a processor, wherein the processor, when executing the at least one instruction, is configured to: obtain a first image (11, 31, 41, 71) captured by the image sensor, input the first image (11, 31, 41, 71) to an object recognition model and obtain first information comprising first identification information on an object comprised in the first image (11, 31, 41, 71) and a first reliability of the first identification information, control the driving part for the robot to approach the object, obtain a second image (12, 32, 42) captured by the image sensor while the robot is approaching the object, input the second image (12, 32, 42) to the object recognition model and obtain second information comprising second identification information on the object and a second reliability of the second identification information, determine whether an error is present in the first information by comparing the first information and the second information, and control an operation of the robot based on the determination result. an image sensor; a driving part; a memory configured to store at least one instruction; and a processor, wherein the processor, when executing the at least one instruction, is configured to: obtain a first image (11, 31, 41, 71) captured by the image sensor, input the first image (11, 31, 41, 71) to an object recognition model and obtain first information comprising first identification information on an object comprised in the first image (11, 31, 41, 71) and a first reliability of the first identification information, control the driving part for the robot to approach the object, obtain a second image (12, 32, 42) captured by the image sensor while the robot is approaching the object, input the second image (12, 32, 42) to the object recognition model and obtain second information comprising second identification information on the object and a second reliability of the second identification information, determine whether an error is present in the first information by comparing the first information and the second information, and control an operation of the robot based on the determination result. obtain a first image (11, 31, 41, 71) captured by the image sensor, input the first image (11, 31, 41, 71) to an object recognition model and obtain first information comprising first identification information on an object comprised in the first image (11, 31, 41, 71) and a first reliability of the first identification information, control the driving part for the robot to approach the object, obtain a second image (12, 32, 42) captured by the image sensor while the robot is approaching the object, input the second image (12, 32, 42) to the object recognition model and obtain second information comprising second identification information on the object and a second reliability of the second identification information, determine whether an error is present in the first information by comparing the first information and the second information, and control an operation of the robot based on the determination result.
A foil applicator designed to apply self-adhesive foil to a surface, such as the bodywork of a car, comprising: - a handgrip; and - pressing edge designed to press down the self-adhesive foil onto the surface, wherein the handgrip is elongate and the pressing edge lies at an angle relative to a longitudinal direction of the handgrip, characterized by - at least one substantially hook-like engaging element (7; 8), - a substantially triangular holder defining the pressing edge, which holder is connected to the handgrip, and at least one of the sides of the holder has a curved side defining the hook-like engaging element (7; 8), where the curved side of the triangular form of the holder and an end of the pressing edge approach each other. - a handgrip; and - pressing edge designed to press down the self-adhesive foil onto the surface, wherein the handgrip is elongate and the pressing edge lies at an angle relative to a longitudinal direction of the handgrip, - at least one substantially hook-like engaging element (7; 8), - a substantially triangular holder defining the pressing edge, which holder is connected to the handgrip, and at least one of the sides of the holder has a curved side defining the hook-like engaging element (7; 8), where the curved side of the triangular form of the holder and an end of the pressing edge approach each other.