mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for monitoring a sheath voltage arrester of a cable system (L1-L3, 3-5), comprising a test signal source for producing a test signal which is to be supplied to a measuring loop which comprises the sheath voltage arrester, and a measuring device for detecting a measurement signal which is measured at the measuring loop and which is dependent on a frequency-dependent impedance of the sheath voltage arrester in order to establish a status of the sheath voltage arrester by evaluating the measurement signal, characterised in that the apparatus further comprises: a partial discharge measuring device for detecting partial discharge pulses occurring at the cable system (L1-L3, 3-5), and a sensor for detecting the measurement signal at the measuring loop, the sensor being configured to be connected between a cable sheath of the cable system (L1-L3, 3-5) and the sheath voltage arrester and being configured such that the test signal of the test signal source can be supplied to the measuring loop by means of the sensor. a partial discharge measuring device for detecting partial discharge pulses occurring at the cable system (L1-L3, 3-5), and a sensor for detecting the measurement signal at the measuring loop, the sensor being configured to be connected between a cable sheath of the cable system (L1-L3, 3-5) and the sheath voltage arrester and being configured such that the test signal of the test signal source can be supplied to the measuring loop by means of the sensor.
Method for monitoring a scene, implemented for monitoring shelf spaces in a retail site, comprising: - taking images of said scene by means of at least one camera (1, 2) of which the field of vision at least partially covers said scene, and processing said images to detect a change which has occurred in said scene, and - detecting if the field of vision of said camera is at least partially blocked by an object or a person, the processing of the images of the scene comprising a contextualized background learning process designed to delete the image of a person or an object temporarily blocking part of the field of vision of said scene, characterized in that the background contextualized learning process comprises: - a blocking test carried out on a fixed frame of reference of an image of the monitored scene, so as to identify an outline of the blocking person or object in the processed image, - extracting a blocking mask, in which objects or people blocking a shelf of said shelf space are represented in white and the people who exceed said frame of reference on said shelf are excluded, - masking, by means of said blocking mask, customers passing through the field of vision of said camera, such that the scene background is progressively learned by excluding objects or people in front of said shelf, and in that said monitoring method further comprises, following the contextualized background learning process: - a process for rendering a scene background image; and - an automated process for detecting supply shortages and blockages. - taking images of said scene by means of at least one camera (1, 2) of which the field of vision at least partially covers said scene, and processing said images to detect a change which has occurred in said scene, and - detecting if the field of vision of said camera is at least partially blocked by an object or a person, the processing of the images of the scene comprising a contextualized background learning process designed to delete the image of a person or an object temporarily blocking part of the field of vision of said scene, characterized in that the background contextualized learning process comprises: - a blocking test carried out on a fixed frame of reference of an image of the monitored scene, so as to identify an outline of the blocking person or object in the processed image, - extracting a blocking mask, in which objects or people blocking a shelf of said shelf space are represented in white and the people who exceed said frame of reference on said shelf are excluded, - masking, by means of said blocking mask, customers passing through the field of vision of said camera, such that the scene background is progressively learned by excluding objects or people in front of said shelf, - a process for rendering a scene background image; and - an automated process for detecting supply shortages and blockages.
A method of transmit power control for use in a communication system comprising a primary station and a plurality of secondary stations, the method comprising at each secondary station: - receiving a first signal transmitted by the primary station; - measuring a parameter of the received first signal; - deriving a second signal from the measured parameter; - transmitting the second signal; and at the primary station: - transmitting the first signal; - receiving the second signals; - deriving a power control signal from the received second signals; - controlling the transmit power of the first signal in accordance with the power control signal; the method being characterized in that the transmission of the second signals comprises a plurality of the secondary stations transmitting common signals in a common time period in a common frequency allocation, and wherein the transmitting of the second signal takes place with a sub-unity probability and wherein the probability is dependent on the value of the measured parameter of the received first signal. - receiving a first signal transmitted by the primary station; - measuring a parameter of the received first signal; - deriving a second signal from the measured parameter; - transmitting the second signal; and - transmitting the first signal; - receiving the second signals; - deriving a power control signal from the received second signals; - controlling the transmit power of the first signal in accordance with the power control signal;
Device for cleaning oxidized or corroded components, especially turbine components which are exposed to impingement by hot gases, in the presence of a halogenous gas mixture, comprising a cleaning retort into which indirectly or directly leads a feed line which is connected via a flow control unit to a gas reservoir which stores the halogenous gas, wherein the flow control unit provides a gas volume control valve and a heat exchanger unit in sequence along the throughflow direction of the halogenous gas which flows through the feed line characterized in that the flow control until provides a gas volume measuring unit, in that a central pipe is provided, which is connected indirectly or directly to the at least one feed line, extends from the retort head to a retort sump inside the cleaning retort, and in the region of the retort sump is connected to a first distribution structure which extends radially to the central pipe and has discharge openings for the halogenous gas mixture, in that the first distribution structure provides a support surface for the components which are to be cleaned, in that a second distribution structure is provided, which is arranged on the central pipe at a distance from the first distribution structure and provides a support surface, which extends radially to the central pipe, for the components which are to be cleaned, and in that the distribution structures have discharge openings for the halogenous gas, which are oriented at least in the direction of, and facing, the components which lie upon them.
Device for treating strand-like textile fabric in the form of an endless fabric web which is set in circulation at least during part of the treatment, with - a closable treatment container, - a transport nozzle arrangement which can be loaded with a transport medium flow, - a transport line adjoining the transport nozzle arrangement and opening onto an inlet side of the fabric web in a buffer portion of the treatment container which receives a folded packet of fabric web, characterised in that - the transport nozzle arrangement comprises a transport nozzle with an angular, rectilinearly delimited nozzle inlet opening and an outlet part of angular cross-section with correspondingly adapted dimensions for the fabric web, between which a nozzle gap is defined, surrounding the nozzle inlet opening, for the transport medium, - the nozzle gap is adjustable, and - on at least one side, the nozzle gap is delimited all round by straight nozzle elements on all sides which have a substantially partly cylindrical cross-sectional form. - a closable treatment container, - a transport nozzle arrangement which can be loaded with a transport medium flow, - a transport line adjoining the transport nozzle arrangement and opening onto an inlet side of the fabric web in a buffer portion of the treatment container which receives a folded packet of fabric web, characterised in that - the transport nozzle arrangement comprises a transport nozzle with an angular, rectilinearly delimited nozzle inlet opening and an outlet part of angular cross-section with correspondingly adapted dimensions for the fabric web, between which a nozzle gap is defined, surrounding the nozzle inlet opening, for the transport medium, - the nozzle gap is adjustable, and - on at least one side, the nozzle gap is delimited all round by straight nozzle elements on all sides which have a substantially partly cylindrical cross-sectional form.
A combustion duct assembly for a gas turbine, comprising: a liner having an upstream side defined as towards a burner to which the liner couples and a downstream side opposite the upstream side; an annular spring seal that is outwardly convex and coupled to an outer face of the downstream side of the liner; and a transition piece having an inner wall and an outer wall that surrounds the inner wall; and an annular guide, wherein the convex part of annular spring seal is operable to elastically engage the inner wall of the transition piece, an end portion of the downstream side of the annular spring seal is fixed to the liner, the annular spring seal includes a plurality of through holes formed in an upstream side of a point where the annular spring seal comes into contact with the inner wall, and the liner includes a plurality of vent holes formed in an inner area surrounded by the spring seal, and the annular guide is disposed at an upstream side of the vent holes on the inner face of the liner, characterized in that the annular guide is curved toward the downstream direction to direct air in the downstream direction. a liner having an upstream side defined as towards a burner to which the liner couples and a downstream side opposite the upstream side; an annular spring seal that is outwardly convex and coupled to an outer face of the downstream side of the liner; and a transition piece having an inner wall and an outer wall that surrounds the inner wall; and an annular guide, wherein the convex part of annular spring seal is operable to elastically engage the inner wall of the transition piece, an end portion of the downstream side of the annular spring seal is fixed to the liner, the annular spring seal includes a plurality of through holes formed in an upstream side of a point where the annular spring seal comes into contact with the inner wall, and the liner includes a plurality of vent holes formed in an inner area surrounded by the spring seal, and the annular guide is disposed at an upstream side of the vent holes on the inner face of the liner, characterized in that the annular guide is curved toward the downstream direction to direct air in the downstream direction.
A wind turbine blade comprising: an airfoil structure comprising an airfoil shape; and an internal support structure arranged spanwise along the length of the blade within the airfoil structure; characterized in that it further comprises a single elastic hinge connection joining a portion of an inner surface of the airfoil structure with a portion of the internal support structure, such that the airfoil structure can be passively pitched relative to the internal support structure around the position of the single hinge connection according to aerodynamic pressure distribution at different blade locations. an airfoil structure comprising an airfoil shape; and an internal support structure arranged spanwise along the length of the blade within the airfoil structure;
Elevator arrangement, which comprises a plurality of elevators in a building, which plurality comprises a plurality of zoned elevators (Z,Z') moving in an elevator hoistway, which have different ranges of movement of the elevator car in the building to each other, and which zoned elevators (Z,Z') each have a top limit and a bottom limit of the range of movement of the elevator car, to above the top limit and to below the bottom limit of which range of movement travel of the elevator car of the zoned elevator (Z,Z') in question is prevented, in which elevator arrangement the vertical location, in relation to the building, of the top limit and/or bottom limit of the range of movement of the elevator car of each aforementioned zoned elevator (Z,Z') can be changed, characterized in that each zoned elevator (Z,Z') comprises vertically movable support structures (3,4) detachably supported in their position in the elevator hoistway, the vertical location of which support structures in the elevator hoistway determines the location of the top limit/bottom limit of the range of movement of the elevator car of the zoned elevator in question.
A lamp (1, 2, 3, 4, 5, 6, 7) which emits light, the lamp (2, 3, 4, 5, 6, 7) comprising: a mounting board on which a semiconductor light-emitting element is mounted; a translucent cover disposed closer to the illuminated area than the mounting board is; a first housing (10, 20) thermally coupled with the mounting board; and a second housing including a power receiving unit configured to receive power for causing the semiconductor light-emitting element to emit light; characterized by the first housing (10, 20) is disposed closer to an illuminated area than the second housing is, and includes a first exposed surface (10a, 20Xa), exposed at least to the illuminated area; wherein the first housing (10, 20) and further includes a second exposed surface (10b, 20Xb) exposed to a lateral side of the lamp, and the first housing (10, 20) is composed of a metal material and has a bend to form the first exposed surface (10a, 20Xa) and the second exposed surface (10b, 20Xb). a mounting board on which a semiconductor light-emitting element is mounted; a translucent cover disposed closer to the illuminated area than the mounting board is; a first housing (10, 20) thermally coupled with the mounting board; and a second housing including a power receiving unit configured to receive power for causing the semiconductor light-emitting element to emit light; characterized by the first housing (10, 20) is disposed closer to an illuminated area than the second housing is, and includes a first exposed surface (10a, 20Xa), exposed at least to the illuminated area; wherein the first housing (10, 20) and further includes a second exposed surface (10b, 20Xb) exposed to a lateral side of the lamp, and the first housing (10, 20) is composed of a metal material and has a bend to form the first exposed surface (10a, 20Xa) and the second exposed surface (10b, 20Xb).
A method of increasing specificity of RNA-guided genome editing in a cell, the method comprising contacting the cell with a Cas9 guide RNA molecule having a target complementarity region consisting of 17-18 nucleotides that are complementary to 17-18 consecutive nucleotides of the complementary strand of a selected target genomic sequence, wherein the target sequence is immediately 5' of a protospacer adjacent motif.
A display apparatus comprising: a display panel; a backlight to supply light to the display panel, wherein the backlight comprises a light guide plate to guide light to the display panel; at least one first light source disposed at a side end of the light guide plate; and a second light source disposed at a rear of the light guide plate; at least one diffusion member is disposed between the at least one first light source and the side end of the light guide plate; the diffusion member comprising: a first surface facing the first light source, and a second surface facing the side end of the light guide plate, characterized in that the first surface and the second surface are positioned perpendicular to each other. a display panel; a backlight to supply light to the display panel, wherein the backlight comprises a light guide plate to guide light to the display panel; at least one first light source disposed at a side end of the light guide plate; and a second light source disposed at a rear of the light guide plate; at least one diffusion member is disposed between the at least one first light source and the side end of the light guide plate; the diffusion member comprising: a first surface facing the first light source, and a second surface facing the side end of the light guide plate, characterized in that the first surface and the second surface are positioned perpendicular to each other. a first surface facing the first light source, and a second surface facing the side end of the light guide plate, characterized in that the first surface and the second surface are positioned perpendicular to each other.
A dishwashing machine for performing at least a washing step and a rinsing step, the dishwashing machine comprising: a washing tub provided with an opening for putting in and taking out an object to be washed; a washing unit for spraying washing water to the object to be washed and placed in the washing tub; a water supply unit for supplying water into the washing tub; a water level detector for detecting a water level of the washing water supplied in the washing tub; a controller unit for measuring a time of supplying water until the water level detector detects the water level after the water supply unit starts supplying the water, and a drain pump for draining the washing water; wherein the controller unit is configured to operate the drain pump for a predetermined period after finishing the washing step, thereafter, in the rinsing step, to supply the water until the water level detector detects the water level, and to control to continue water supply for a predetermined time period after the water level detector detects the water level for supplying supplemental water, characterized in that the controller unit is configured to make determination as to the influence of formation of bubbles based on a difference in the time of supplying water between the washing step and the rinsing step, and to set a time of supplying the supplemental water for the rinsing step to the first determination time for the case having an influence of bubbles and the second determination time smaller than the first determination time for the case having no influence of bubbles. a washing tub provided with an opening for putting in and taking out an object to be washed; a washing unit for spraying washing water to the object to be washed and placed in the washing tub; a water supply unit for supplying water into the washing tub; a water level detector for detecting a water level of the washing water supplied in the washing tub; a controller unit for measuring a time of supplying water until the water level detector detects the water level after the water supply unit starts supplying the water, and a drain pump for draining the washing water; wherein the controller unit is configured to operate the drain pump for a predetermined period after finishing the washing step, thereafter, in the rinsing step, to supply the water until the water level detector detects the water level, and to control to continue water supply for a predetermined time period after the water level detector detects the water level for supplying supplemental water, characterized in that the controller unit is configured to make determination as to the influence of formation of bubbles based on a difference in the time of supplying water between the washing step and the rinsing step, and to set a time of supplying the supplemental water for the rinsing step to the first determination time for the case having an influence of bubbles and the second determination time smaller than the first determination time for the case having no influence of bubbles.
A method for operating a first provider edge node in a virtual private network, said method comprising the steps of: providing a source forwarder in said first provider edge node wherein a target forwarder is provided at a second provider edge node of said virtual private network; sending a request from said first provider edge node to said second provider edge node for connection of said source forwarder to said target forwarder via a pseudowire; characterized in that said method further comprises the steps of: including in said request an identifier of said target forwarder, said identifier comprising a portion belonging to an address space shared by forwarders that are connected to multiple circuits to customer nodes and forwarders that are connected to a customer node via exactly one attachment circuit, said identifier being globally unique within said virtual private network, thereby distinguishing between a pseudowire connected to a forwarder connected to multiple circuits to customer nodes and one connected to a customer node via exactly one attachment circuit. providing a source forwarder in said first provider edge node wherein a target forwarder is provided at a second provider edge node of said virtual private network; sending a request from said first provider edge node to said second provider edge node for connection of said source forwarder to said target forwarder via a pseudowire; characterized in that said method further comprises the steps of: including in said request an identifier of said target forwarder, said identifier comprising a portion belonging to an address space shared by forwarders that are connected to multiple circuits to customer nodes and forwarders that are connected to a customer node via exactly one attachment circuit, said identifier being globally unique within said virtual private network, thereby distinguishing between a pseudowire connected to a forwarder connected to multiple circuits to customer nodes and one connected to a customer node via exactly one attachment circuit. including in said request an identifier of said target forwarder, said identifier comprising a portion belonging to an address space shared by forwarders that are connected to multiple circuits to customer nodes and forwarders that are connected to a customer node via exactly one attachment circuit, said identifier being globally unique within said virtual private network, thereby distinguishing between a pseudowire connected to a forwarder connected to multiple circuits to customer nodes and one connected to a customer node via exactly one attachment circuit.