mhurhangee/ep-ind-claims huggingface dataset:
A method for alarm suppression, comprising: receiving, by a first optical network device and through an optical supervisory channel, a fault indication sent by a second optical network device that is an upstream optical network device adjacent to the first optical network device, wherein the fault indication comprises information indicating one or more faulty wavelengths; determining, by a controlling unit of the first optical network device, one or more wavelengths corresponding to a loss of signal LOS alarm according to a configured optical signal to be received by an optical transmission unit comprised by the first optical network device, wherein the LOS alarm is sent from the optical transmission unit to the controlling unit; and determining, by the controlling unit of the first optical network device, whether the one or more faulty wavelengths comprise the one or more wavelengths corresponding to the LOS alarm; if yes, suppressing the LOS alarm. receiving, by a first optical network device and through an optical supervisory channel, a fault indication sent by a second optical network device that is an upstream optical network device adjacent to the first optical network device, wherein the fault indication comprises information indicating one or more faulty wavelengths; determining, by a controlling unit of the first optical network device, one or more wavelengths corresponding to a loss of signal LOS alarm according to a configured optical signal to be received by an optical transmission unit comprised by the first optical network device, wherein the LOS alarm is sent from the optical transmission unit to the controlling unit; and determining, by the controlling unit of the first optical network device, whether the one or more faulty wavelengths comprise the one or more wavelengths corresponding to the LOS alarm; if yes, suppressing the LOS alarm.
A switch device with an erroneous operation preventer, comprising: a switch main body attached to an opening portion of a wall and having a switch member pivotally supported by a shaft that is parallel to the wall, the switch main body being configured such that pushing a first end portion of the switch member causes a second end portion thereof to protrude from the wall and such that an on state and an off state of the switch main body are changed by pushing one of the first end portion and the second end portion of the switch member; and an erroneous operation preventer configured to prevent an erroneous operation on the first end portion of the switch member, the first end portion taking a protruding posture in which the first end portion protrudes from the wall when the switch main body is in one of the on state and the off state, the switch member being supported by the shaft in a casing of the switch main body fixed to the opening portion, the casing having a flange portion disposed around a periphery of the switch member and engaged with a periphery of the opening portion of the wall, characterized in that the erroneous operation preventer is formed in a frame shape and disposed outwardly of the flange portion, and in that the erroneous operation preventer has a pair of side protective walls that extend in a longitudinal direction of the switch member so as to cover a surface of the flange portion on both sides of the first end portion of the switch member. a switch main body attached to an opening portion of a wall and having a switch member pivotally supported by a shaft that is parallel to the wall, the switch main body being configured such that pushing a first end portion of the switch member causes a second end portion thereof to protrude from the wall and such that an on state and an off state of the switch main body are changed by pushing one of the first end portion and the second end portion of the switch member; and an erroneous operation preventer configured to prevent an erroneous operation on the first end portion of the switch member, the first end portion taking a protruding posture in which the first end portion protrudes from the wall when the switch main body is in one of the on state and the off state, the switch member being supported by the shaft in a casing of the switch main body fixed to the opening portion, the casing having a flange portion disposed around a periphery of the switch member and engaged with a periphery of the opening portion of the wall, characterized in that the erroneous operation preventer is formed in a frame shape and disposed outwardly of the flange portion, and in that the erroneous operation preventer has a pair of side protective walls that extend in a longitudinal direction of the switch member so as to cover a surface of the flange portion on both sides of the first end portion of the switch member.
An anti-OXA-23-type carbapenemase antibody, wherein the anti-OXA-23-type carbapenemase antibody is: an antibody HB12 comprising a light chain variable region and a heavy chain variable region, wherein complementary-determining regions (CDRs) of the light chain variable region comprise three sequences shown in SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3; and CDRs of the heavy chain variable region comprise three sequences shown in SEQ ID NO: 4, SEQ ID NO: 5, and SEQ ID NO: 6, the light chain variable region has an amino acid sequence shown in SEQ ID NO: 7, and the heavy chain variable region has an amino acid sequence shown in SEQ ID NO: 9; or, an antibody FA2 comprising a light chain variable region and a heavy chain variable region, wherein CDRs of the light chain variable region comprise three sequences shown in SEQ ID NO: 11, SEQ ID NO: 12, and SEQ ID NO: 13; and CDRs of the heavy chain variable region comprise three sequences shown in SEQ ID NO: 14, SEQ ID NO: 15, and SEQ ID NO: 16, the light chain variable region has an amino acid sequence shown in SEQ ID NO: 17, and the heavy chain variable region has an amino acid sequence shown in SEQ ID NO: 19.
Inlet and overflow fitting for a bathtub, comprising an overflow body that can be attached to a through-opening in the tub wall and has an overflow duct and a water supply, a cap-shaped rotary handle for actuating a drain valve of the bathtub, a clamping body having an inlet channel (15.5), the inlet channel (15.5) opening into the bathtub, and at least one fastening means for fastening the overflow body and the clamping body, the rotary handle being provided with a drive shaft extending into the overflow body, characterised in that the drive shaft or the rotary handle is mounted so as to be axially moveable, such that the rotary handle can be moved from a first position into a second position, which is further from the overflow body compared with the first position, and vice versa, the rotary handle in the first position forming, together with the clamping body, a water inlet which defines an higher overflow level, and the rotary handle in the second position delimiting, together with the clamping body, a water inlet which is also open downwards and defines a lower overflow level.
Method for transmitting data records of a plurality of wind turbines and/or a plurality of windfarms to a control centre, wherein the method comprises the following steps: - despatching a notification of an updated data record from one of the wind turbines or windfarms to the control centre, - deciding by the control centre whether the updated data record is to be requested and, if the updated data record is to be requested: - despatching a request for the updated data record of the wind turbine or windfarm from the control centre, - receiving the request from the wind turbine or windfarm, and - despatching a response with the updated data record from the wind turbine or windfarm to the control centre, wherein, so that the control centre can decide whether the updated data record is to be requested, a check is carried out to establish whether a time interval assigned to the wind turbine or windfarm has elapsed since the last despatch of a request or reception of the last reply with the last data record, wherein - if the time interval has elapsed, the request for the updated data record is despatched, and - if the time interval has not yet elapsed, the notification of an updated data record is ignored. - despatching a notification of an updated data record from one of the wind turbines or windfarms to the control centre, - deciding by the control centre whether the updated data record is to be requested and, if the updated data record is to be requested: - despatching a request for the updated data record of the wind turbine or windfarm from the control centre, - receiving the request from the wind turbine or windfarm, and - despatching a response with the updated data record from the wind turbine or windfarm to the control centre, wherein, so that the control centre can decide whether the updated data record is to be requested, a check is carried out to establish whether a time interval assigned to the wind turbine or windfarm has elapsed since the last despatch of a request or reception of the last reply with the last data record, wherein - despatching a request for the updated data record of the wind turbine or windfarm from the control centre, - receiving the request from the wind turbine or windfarm, and - despatching a response with the updated data record from the wind turbine or windfarm to the control centre, - if the time interval has elapsed, the request for the updated data record is despatched, and - if the time interval has not yet elapsed, the notification of an updated data record is ignored.
A liquid crystal display device, comprising: a substrate; a switching device comprising a gate electrode, a source electrode and a drain electrode; a gate wiring that is disposed in a layer on the substrate and includes a gate line extending in a first direction and the gate electrode connected to the gate line; a data conductor disposed in a layer on the gate wiring and including a data line (DL1, DL2) that extends in a second direction different from the first direction, the source electrode connected to the data line, and the drain electrode that overlaps the gate electrode; a common electrode disposed in a layer on the data conductor and including a first opening that partially exposes the gate electrode there through; an opaque conductive pattern disposed in a layer directly on the common electrode; and a pixel electrode disposed in a layer on the opaque conductive pattern and electrically connected to the drain electrode exposed through the first opening; characterized in that the opaque conductive pattern is disposed to cover the entire switching device except for the exposed portion of the drain electrode. a substrate; a switching device comprising a gate electrode, a source electrode and a drain electrode; a gate wiring that is disposed in a layer on the substrate and includes a gate line extending in a first direction and the gate electrode connected to the gate line; a data conductor disposed in a layer on the gate wiring and including a data line (DL1, DL2) that extends in a second direction different from the first direction, the source electrode connected to the data line, and the drain electrode that overlaps the gate electrode; a common electrode disposed in a layer on the data conductor and including a first opening that partially exposes the gate electrode there through; an opaque conductive pattern disposed in a layer directly on the common electrode; and a pixel electrode disposed in a layer on the opaque conductive pattern and electrically connected to the drain electrode exposed through the first opening; characterized in that the opaque conductive pattern is disposed to cover the entire switching device except for the exposed portion of the drain electrode.
An electromagnetic positioning device having anchor means which are realized for actuating a positioning partner and which are movable in an anchor space relative to stationary core means, which conduct magnetic flux, as a reaction to an energization of stationary coil means, the coil means, which have a coil support provided with a winding and at least one external contactable connector, being embedded at least in sections in the core means and/or being surrounded by said core means and the core means realizing an end surface, which is planar at least in sections, for interacting with the anchor means, the core means and the coil means being embedded in and/or surrounded by a one-piece pot-like and/or cup-like housing made of a material suitable for deep-drawing in such a manner that the core means rest on a membrane-like, continuous and closed base section of the housing, the base section realizing a boundary surface of the anchor space, characterized in that the core means are surrounded by a preferably cylindrical encapsulation, the outer diameter of said encapsulation being adapted to a clear inside width of the pot-like or cup-like housing. anchor means which are realized for actuating a positioning partner and which are movable in an anchor space relative to stationary core means, which conduct magnetic flux, as a reaction to an energization of stationary coil means, the coil means, which have a coil support provided with a winding and at least one external contactable connector, being embedded at least in sections in the core means and/or being surrounded by said core means and the core means realizing an end surface, which is planar at least in sections, for interacting with the anchor means, the core means and the coil means being embedded in and/or surrounded by a one-piece pot-like and/or cup-like housing made of a material suitable for deep-drawing in such a manner that the core means rest on a membrane-like, continuous and closed base section of the housing, the base section realizing a boundary surface of the anchor space, characterized in that the core means are surrounded by a preferably cylindrical encapsulation, the outer diameter of said encapsulation being adapted to a clear inside width of the pot-like or cup-like housing.
A safety device in a vehicle, said safety device comprising a housing having a first end and a second end, a piston adapted to fit in the housing and being configured to be moved from a retracted position to an extended position, and a gas generator, wherein the piston has a first end forming a pressure surface facing the first end of the housing; a gas chamber is formed between the pressure surface of the piston and an inner wall of the housing, and the gas generator is in fluid connection with the gas chamber; and wherein the housing at its second end comprises a gas evacuation arrangement (20; 20'; 20") allowing gas generated by the gas generator to be evacuated from the gas chamber in a condition when the piston is situated in a full or substantially full extended position, characterized in that the gas evacuation arrangement (20; 20'; 20") comprises an axially extending and radially outwardly projecting dent, the dent being configured to allow gas generated by the gas generator to axially bypass the piston in a condition when the piston is situated in said full or substantially full extended position. the piston has a first end forming a pressure surface facing the first end of the housing; a gas chamber is formed between the pressure surface of the piston and an inner wall of the housing, and the gas generator is in fluid connection with the gas chamber; and wherein the housing at its second end comprises a gas evacuation arrangement (20; 20'; 20") allowing gas generated by the gas generator to be evacuated from the gas chamber in a condition when the piston is situated in a full or substantially full extended position, characterized in that the gas evacuation arrangement (20; 20'; 20") comprises an axially extending and radially outwardly projecting dent, the dent being configured to allow gas generated by the gas generator to axially bypass the piston in a condition when the piston is situated in said full or substantially full extended position.
Device for capturing a stereoscopic image, comprising: a first image sensor comprising a first light-sensitive layer for capturing a first image; a second image sensor comprising a second light-sensitive layer for capturing a second image; a first lens comprising a first image-side principal plane, which first lens images points lying in a first area sharply onto the first light-sensitive layer of the first image sensor; a second lens comprising a second image-side principal plane, which second lens images points lying in a second area sharply onto the second light-sensitive layer of the second image sensor, wherein the distance between the first image-side principal plane of the first lens and the first light-sensitive layer of the first image sensor and the distance between the second image-side principal plane of the second lens and the second light-sensitive layer of the second image sensor are different, such that the first area and the second area are spaced apart or offset in a direction parallel to the principal viewing axis of the device, the device further comprising: a slide movable relative to the image sensor (30, 40), at which slide the first lens is secured rigidly or movably in a direction that is not parallel to the optical axis of the lens, and at which the second lens is secured rigidly or movably; a slide drive for moving the slide for simultaneously moving the first area and the second area. a first image sensor comprising a first light-sensitive layer for capturing a first image; a second image sensor comprising a second light-sensitive layer for capturing a second image; a first lens comprising a first image-side principal plane, which first lens images points lying in a first area sharply onto the first light-sensitive layer of the first image sensor; a second lens comprising a second image-side principal plane, which second lens images points lying in a second area sharply onto the second light-sensitive layer of the second image sensor, wherein the distance between the first image-side principal plane of the first lens and the first light-sensitive layer of the first image sensor and the distance between the second image-side principal plane of the second lens and the second light-sensitive layer of the second image sensor are different, such that the first area and the second area are spaced apart or offset in a direction parallel to the principal viewing axis of the device, the device further comprising: a slide movable relative to the image sensor (30, 40), at which slide the first lens is secured rigidly or movably in a direction that is not parallel to the optical axis of the lens, and at which the second lens is secured rigidly or movably; a slide drive for moving the slide for simultaneously moving the first area and the second area. a slide movable relative to the image sensor (30, 40), at which slide the first lens is secured rigidly or movably in a direction that is not parallel to the optical axis of the lens, and at which the second lens is secured rigidly or movably; a slide drive for moving the slide for simultaneously moving the first area and the second area.
A method of user equipment, UE, operation, the method comprising: receiving, by a UE from a first enhanced NodeB, eNB, a measurement process configuration for a measurement process, wherein the measurement process comprises measurement filtering; receiving, by the UE from the first eNB, a first measurement resources configuration of configured measurement resources associated with the measurement process, wherein the measurement resources comprise Channel State Information Reference Signal, CSI-RS resources and Channel State Information interference measurement, CSI IM, resources associated with a Channel State Information, CSI, measurement process configuration; receiving, by the UE from the first eNB, a first time interval configuration of a configured time interval associated with the measurement process; and receiving, by the UE from the first eNB, a reporting configuration for a report associated with the measurement process; characterized by receiving, by the UE from the first eNB, a network reconfiguration signal associated with the CSI measurement process configuration, CSI-RS resource configuration and/or CSI IM resource configuration and upon reception of the reconfiguration signal, resetting, by the UE, the measurement filter states for interference estimation, CSI measurements, received quality of a reference signal, RSRQ, measurements and adjusting, by the UE, the estimation/filter parameters to adapt to interference condition change. receiving, by a UE from a first enhanced NodeB, eNB, a measurement process configuration for a measurement process, wherein the measurement process comprises measurement filtering; receiving, by the UE from the first eNB, a first measurement resources configuration of configured measurement resources associated with the measurement process, wherein the measurement resources comprise Channel State Information Reference Signal, CSI-RS resources and Channel State Information interference measurement, CSI IM, resources associated with a Channel State Information, CSI, measurement process configuration; receiving, by the UE from the first eNB, a first time interval configuration of a configured time interval associated with the measurement process; and receiving, by the UE from the first eNB, a reporting configuration for a report associated with the measurement process; characterized by receiving, by the UE from the first eNB, a network reconfiguration signal associated with the CSI measurement process configuration, CSI-RS resource configuration and/or CSI IM resource configuration and upon reception of the reconfiguration signal, resetting, by the UE, the measurement filter states for interference estimation, CSI measurements, received quality of a reference signal, RSRQ, measurements and adjusting, by the UE, the estimation/filter parameters to adapt to interference condition change.
Method for controlling a transmission of a vehicle, in particular an automatic transmission or an automated transmission, in which a transmission ratio ("1", "2", "3", "4", "5", "6") is set as a function of the operating state on the basis of predefined shift programs ("0", "eco", "normal", "sport", "hill II", "warm-up", "tip") and shift characteristic curves (HS45, RS43) which correspond thereto, and in which in each case at least one special function ("cornering detection KE", "rapid return of accelerator pedal FO", "spontaneous deceleration of vehicle SVF", "cruise control FGR", "driving stability control ESP") is activated in each case as a function of a current operating state of the vehicle, which function prevents a changeover, requested on the shift program side, from an actual transmission ratio of the transmission to a target transmission ratio within a predefined operating range of the vehicle, wherein the operating range of the vehicle within which a changeover of the transmission ratio of the transmission is prevented is varied as a function of applied operating-state-dependent characteristic values, and constitutes a rotational speed range of an engine rotational speed (n_mot) of a drive machine of the vehicle with a rotational speed lower limit (n_mot_min) and a rotational speed upper limit (n-mot-max), characterized in that the operating range is changed by multiplying the rotational speed upper limit (n_mot_max) of the rotational speed range of the engine rotational speed (n_mot) by at least one of the operating-state-dependent characteristic values.