mhurhangee/ep-ind-claims huggingface dataset:
Exchange device for a traction battery of an industrial truck operated electrically by battery, with a receiving surface, onto which the traction battery can be placed, wherein the exchange device can be inserted together with the traction battery into a battery compartment of the industrial truck, and the exchange device has rollers (11, 15) which can be lowered below the receiving surface by lifting means and by means of which the traction battery together with the exchange device can be raised to such an extent that the exchange device can be moved out of the battery compartment in a rolling manner on a carriageway surface, wherein at least one roller in each case is arranged in the form of a wheel arm roller on each side of a central axis of the exchange device and also at least one further roller is arranged on the lower side of the exchange device, characterized in that the wheel arm rollers are each mounted in a longitudinal profile, which is U-shaped at least in sections, as part of a frame which forms the supporting surface, and a supporting surface with which the exchange device can stand in the battery compartment is in each case arranged laterally on the outside of the longitudinal profile.
An object detection system, comprising: an enclosure formed by a sidewall to define an interaction volume; at least one light source adapted to illuminate the interaction volume with a light; at least one light sensor adapted to sense disturbances in light intensity due to scattering, reflection, or absorption of the light by objects (101, 103A, 103B) within the interaction volume; and a controller that is configured to detect an object or object behavior within the interaction volume based on the disturbances in the light intensity and to time stamp signals received from the at least one light sensor; wherein the objects (101, 103A, 103B) are insects; characterized in that: the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume, a second time at which an insect is present in the interaction volume, and a third time at which the insect is not present in the interaction volume; and the detection of the sequence indicates a count of an insect in the interaction volume. an enclosure formed by a sidewall to define an interaction volume; at least one light source adapted to illuminate the interaction volume with a light; at least one light sensor adapted to sense disturbances in light intensity due to scattering, reflection, or absorption of the light by objects (101, 103A, 103B) within the interaction volume; and a controller that is configured to detect an object or object behavior within the interaction volume based on the disturbances in the light intensity and to time stamp signals received from the at least one light sensor; wherein the objects (101, 103A, 103B) are insects; characterized in that: the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume, a second time at which an insect is present in the interaction volume, and a third time at which the insect is not present in the interaction volume; and the detection of the sequence indicates a count of an insect in the interaction volume. the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume, a second time at which an insect is present in the interaction volume, and a third time at which the insect is not present in the interaction volume; and the detection of the sequence indicates a count of an insect in the interaction volume.
A gas turbine blade (41;51;61) in which cooling channels (410;610) are formed inside the turbine blade (41;51;61), and the turbine blade (41;51;61) is arranged to be cooled by causing cooling air to circulate through the cooling channels (410;610), wherein the cooling channels (410;610) comprise: a plurality of straight channel-like base-side elongated holes (410a;610a) that extend in a longitudinal direction at a base side of the turbine blade (41;51;61), a plurality of straight channel-like tip-side elongated holes (410b;610b) that extend in a longitudinal direction at a tip side of the turbine blade (41;51;61), and a plurality of communicating hollow portions (410c;610c) that are interposed at connection portions between the base-side elongated holes (410a;610a) and the tip-side elongated holes (410b;610b) to individually allow one of the base-side elongated holes (410a;610a) to communicate with one of the tip-side elongated holes (410b;610b) via one of the communicating hollow portions (410c;610c) in a one-to-one relation, wherein the communicating hollow portions (410c;610c) have larger cross-sectional areas than the channel cross-sectional areas of the two types of elongated holes, wherein the communicating hollow portions (410c;610c) are formed so as to match the position of a platform portion of the turbine blade (41;51;61), characterised in that the communicating hollow portions (410c; 610c) that are adjacent to each other are set at different heights along the longitudinal direction. a plurality of straight channel-like base-side elongated holes (410a;610a) that extend in a longitudinal direction at a base side of the turbine blade (41;51;61), a plurality of straight channel-like tip-side elongated holes (410b;610b) that extend in a longitudinal direction at a tip side of the turbine blade (41;51;61), and a plurality of communicating hollow portions (410c;610c) that are interposed at connection portions between the base-side elongated holes (410a;610a) and the tip-side elongated holes (410b;610b) to individually allow one of the base-side elongated holes (410a;610a) to communicate with one of the tip-side elongated holes (410b;610b) via one of the communicating hollow portions (410c;610c) in a one-to-one relation, wherein the communicating hollow portions (410c;610c) have larger cross-sectional areas than the channel cross-sectional areas of the two types of elongated holes, wherein the communicating hollow portions (410c;610c) are formed so as to match the position of a platform portion of the turbine blade (41;51;61), characterised in that the communicating hollow portions (410c; 610c) that are adjacent to each other are set at different heights along the longitudinal direction.
A battery pack, comprising: a plurality of battery modules including at least one secondary battery accommodated in a module case and a side surface coupling unit provided at an outer side portion of the module case, the plurality of battery modules being arranged in a lateral direction so that side surfaces thereof face each other with intervals therebetween; a lower plate having an upper portion, wherein the plurality of battery modules are mounted to the upper portion of the lower plate; and a fixing member having an interposing portion interposed between side surfaces of two adjacent battery modules and coupled to the side surface coupling units of the two adjacent battery modules so that two or more battery modules are coupled and fixed, wherein the side surface coupling unit of each battery module is provided at a side upper portion of the module case and has a protruding shape that protrudes in a lateral direction and then is bent upwards, wherein the interposing portion of the fixing member has an insert groove elongating in an upper and lower direction and having an open bottom, and wherein the side surface coupling units of the two adjacent battery modules are inserted into the insert groove of the fixing member. a plurality of battery modules including at least one secondary battery accommodated in a module case and a side surface coupling unit provided at an outer side portion of the module case, the plurality of battery modules being arranged in a lateral direction so that side surfaces thereof face each other with intervals therebetween; a lower plate having an upper portion, wherein the plurality of battery modules are mounted to the upper portion of the lower plate; and a fixing member having an interposing portion interposed between side surfaces of two adjacent battery modules and coupled to the side surface coupling units of the two adjacent battery modules so that two or more battery modules are coupled and fixed, wherein the side surface coupling unit of each battery module is provided at a side upper portion of the module case and has a protruding shape that protrudes in a lateral direction and then is bent upwards, wherein the interposing portion of the fixing member has an insert groove elongating in an upper and lower direction and having an open bottom, and wherein the side surface coupling units of the two adjacent battery modules are inserted into the insert groove of the fixing member.
Support, comprising a first bar (12; 156), a first abutment element which is held on the first bar (12; 156) by means of a first thread with a first thread direction, a second bar, a second abutment element which is held on the second bar by means of a second thread with a second thread direction, the first thread direction being opposite to the second thread direction, and a guiding device by which the first bar (12; 156) is displaceably guided on the second bar, wherein a handle (62; 62') which can be gripped with a single hand and by means of which the combination of first bar (12; 156) and second bar can be rotated is arranged on the second bar, in that an actuating device which acts on the first bar (12; 156) and which comprises an actuating element is arranged on the second bar, it being possible for a displacement of the first bar (12; 156) in a first direction of displacement to be initiated by actuation of the actuating element, and the first direction of displacement being a direction of increase in distance between the first abutment element and the second abutment element, in that the actuating device comprises a blocking device (114; 184) which blocks a displacement of the first bar (12; 156) in relation to the second bar in a second direction of displacement, which is opposite to the first direction of displacement, at least when no active releasing action occurs at the blocking device (114; 184), and in that the actuating element is arranged in relation to the handle (62; 62') such that when holding the support at the handle (62, 62') with a holding hand, the actuating element is actuatable with one or more fingers of this holding hand.
An apparatus, comprising: an antenna arrangement, comprising: an antenna element and a corresponding feeder line configured to feed a signal to and from the antenna element; a selectivity element, a portion of a calibration couplerline spaced apart from but proximate to the antenna element, the feeder line, and the selectivity element, the portion of the calibration couplerline configured to receive via inductive coupling the signal from one or both of the feeder line and the antenna element, and to transmit a signal via inductive coupling to one or both of the feeder line and the antenna element; and the selectivity element, which is spaced apart from but proximate to the antenna element, the feeder line, and the portion of the calibration couplerline, and which is configured to selectively couple the antenna element to the portion of the calibration couplerline; the apparatus further comprising a plurality of the antenna arrangements, wherein the portions of the calibration couplerlines for the plurality of the antenna arrangements are part of a single calibration couplerline that serially connects to each of the plurality of antenna arrangements. an antenna element and a corresponding feeder line configured to feed a signal to and from the antenna element; a selectivity element, a portion of a calibration couplerline spaced apart from but proximate to the antenna element, the feeder line, and the selectivity element, the portion of the calibration couplerline configured to receive via inductive coupling the signal from one or both of the feeder line and the antenna element, and to transmit a signal via inductive coupling to one or both of the feeder line and the antenna element; and the selectivity element, which is spaced apart from but proximate to the antenna element, the feeder line, and the portion of the calibration couplerline, and which is configured to selectively couple the antenna element to the portion of the calibration couplerline; the apparatus further comprising a plurality of the antenna arrangements, wherein the portions of the calibration couplerlines for the plurality of the antenna arrangements are part of a single calibration couplerline that serially connects to each of the plurality of antenna arrangements.
A long rail assembly for providing sliding movement of a seat within a vehicle, the long rail assembly comprising: a fixed long rail extending longitudinally between opposing first and second ends and defining an interior cavity therebetween; a rail drive assembly extending longitudinally between opposing first and second ends and slidably coupled to the fixed long rail for providing the sliding movement of the seat along the fixed long rail; a drive wheel rotatably coupled within the interior cavity of the fixed long rail; a gearbox adapted to be attached to the vehicle seat and operatively coupled to the drive wheel for automatically driving the rail drive assembly longitudinally along the fixed long rail; characterised in that it comprises a coupling interface between the gearbox and the driving wheel for removably coupling the gearbox to the drive wheel and provide power sliding movement of the rail drive assembly along the fixed long rail while also allowing removable coupling of the seat to the rail drive assembly. a fixed long rail extending longitudinally between opposing first and second ends and defining an interior cavity therebetween; a rail drive assembly extending longitudinally between opposing first and second ends and slidably coupled to the fixed long rail for providing the sliding movement of the seat along the fixed long rail; a drive wheel rotatably coupled within the interior cavity of the fixed long rail; a gearbox adapted to be attached to the vehicle seat and operatively coupled to the drive wheel for automatically driving the rail drive assembly longitudinally along the fixed long rail; characterised in that it comprises a coupling interface between the gearbox and the driving wheel for removably coupling the gearbox to the drive wheel and provide power sliding movement of the rail drive assembly along the fixed long rail while also allowing removable coupling of the seat to the rail drive assembly.
A display arrangement for a drug delivery device, comprising: - a housing comprising a longitudinal shape, extending in an axial direction and having a window covered by an optical filter, - a sleeve-shaped display member overlapping with the window and displaceable relative to the housing between a retracted position, in which the display member in its entirety is located inside the housing, and an extended position, wherein when in extended position at least a proximal portion of the display member protrudes from a proximal end of the housing, characterized in that - the display member comprises an information surface with an illegible pattern, - wherein the illegible pattern comprises an information content and a coding pattern, wherein the information content comprises indicia, symbols or numbers to display a size of a dose actually set or dialed, and - wherein the optical filter matches and corresponds with the reflective optical behavior of the illegible pattern and wherein at least one of the information content and the coding pattern is designed such that light reflected by or emanating from the illegible pattern interacts with the optical filter in such a way that the information content is exclusively recognizable through the optical filter. - a housing comprising a longitudinal shape, extending in an axial direction and having a window covered by an optical filter, - a sleeve-shaped display member overlapping with the window and displaceable relative to the housing between a retracted position, in which the display member in its entirety is located inside the housing, and an extended position, wherein when in extended position at least a proximal portion of the display member protrudes from a proximal end of the housing, characterized in that - the display member comprises an information surface with an illegible pattern, - wherein the illegible pattern comprises an information content and a coding pattern, wherein the information content comprises indicia, symbols or numbers to display a size of a dose actually set or dialed, and - wherein the optical filter matches and corresponds with the reflective optical behavior of the illegible pattern and wherein at least one of the information content and the coding pattern is designed such that light reflected by or emanating from the illegible pattern interacts with the optical filter in such a way that the information content is exclusively recognizable through the optical filter.
A composition comprising an RGCysteic Acid Peptide having the following general formula: where X is selected from H, C 1 - C 6 alkyl, Ph and SO 3 H and Y is independently selected from OH and NH 2.
A rack for integrating into a vehicle, the rack comprising: • a pair of deployment arms for connecting to the vehicle at one end of each deployment arm, • a pair of secondary arms, each secondary arm connected to a respective deployment arm at one end of each secondary arm, • a rail connected to each of the secondary arms at an opposite end of the secondary arm to the connection to the deployment arm, • a pair of sub-rails, each sub-rail connected at the juncture of a respective deployment arm and a respective secondary arm, wherein the rack further comprises: • a pair of outer control arms, each outer control arm connected to the rail at one end of each outer control arm and connected to a respective sub-rail at the opposite end of each outer control arm. • a pair of deployment arms for connecting to the vehicle at one end of each deployment arm, • a pair of secondary arms, each secondary arm connected to a respective deployment arm at one end of each secondary arm, • a rail connected to each of the secondary arms at an opposite end of the secondary arm to the connection to the deployment arm, • a pair of sub-rails, each sub-rail connected at the juncture of a respective deployment arm and a respective secondary arm, wherein the rack further • a pair of outer control arms, each outer control arm connected to the rail at one end of each outer control arm and connected to a respective sub-rail at the opposite end of each outer control arm.
A self-contained handheld ocular surgery instrument, comprising: a power module including: a body presenting a mating coupler; a compressed gas supply; a fluid reservoir; an aspiration pump; an aspirated material reservoir; and a control panel; wherein the mating coupler is structured to receive and operably couple to at least one module that facilitates performance of an eye surgery task; wherein the compressed gas supply is operably coupled to the aspiration pump and the aspirated material reservoir is in fluid communication with the aspiration pump to receive aspirated material from the mating coupler; further wherein the fluid reservoir is in fluid communication with the mating coupler and the compressed gas supply such that fluid is supplied under pressure to the mating coupler and thus to the at least one module that facilitates performance of an eye surgery task; further wherein the control panel is in controlling communication with the compressed gas supply, the aspiration pump and the aspirated material reservoir. a power module including: a body presenting a mating coupler; a compressed gas supply; a fluid reservoir; an aspiration pump; an aspirated material reservoir; and a control panel; a body presenting a mating coupler; a compressed gas supply; a fluid reservoir; an aspiration pump; an aspirated material reservoir; and a control panel; wherein the mating coupler is structured to receive and operably couple to at least one module that facilitates performance of an eye surgery task; wherein the compressed gas supply is operably coupled to the aspiration pump and the aspirated material reservoir is in fluid communication with the aspiration pump to receive aspirated material from the mating coupler; further wherein the fluid reservoir is in fluid communication with the mating coupler and the compressed gas supply such that fluid is supplied under pressure to the mating coupler and thus to the at least one module that facilitates performance of an eye surgery task; further wherein the control panel is in controlling communication with the compressed gas supply, the aspiration pump and the aspirated material reservoir.
A printhead assembly comprising: a housing having a first printing material reservoir and a second printing material reservoir; first and second print nozzle arrays disposed in a side of the housing and coupled to respective ones of the first and second printing material reservoirs (225-1, 225-2) through respective first channels including the respective print nozzle array; and a pressure equalization mechanism comprising: first and second pressure equalization elements (120-1, 120-2) disposed in the side of the housing and coupled to respective ones of the first and second printing material reservoirs (225-1, 225-2) through respective second channels (220-1, 220-2) to allow air to enter the respective printing material reservoir (225-1, 225-2) when a pressure in that printing material reservoir (225-1, 225-2) changes, and characterized in that the pressure equalization mechanism comprises a pressure equalization valve coupling the first and second printing material reservoirs (225-1, 225-2) to equalize pressures across the first and second printing material reservoirs (225-1, 225-2) before, during or after air is allowed to enter through the pressure equalization elements. a housing having a first printing material reservoir and a second printing material reservoir; first and second print nozzle arrays disposed in a side of the housing and coupled to respective ones of the first and second printing material reservoirs (225-1, 225-2) through respective first channels including the respective print nozzle array; and a pressure equalization mechanism comprising: first and second pressure equalization elements (120-1, 120-2) disposed in the side of the housing and coupled to respective ones of the first and second printing material reservoirs (225-1, 225-2) through respective second channels (220-1, 220-2) to allow air to enter the respective printing material reservoir (225-1, 225-2) when a pressure in that printing material reservoir (225-1, 225-2) changes, and characterized in that the pressure equalization mechanism comprises a pressure equalization valve coupling the first and second printing material reservoirs (225-1, 225-2) to equalize pressures across the first and second printing material reservoirs (225-1, 225-2) before, during or after air is allowed to enter through the pressure equalization elements. first and second pressure equalization elements (120-1, 120-2) disposed in the side of the housing and coupled to respective ones of the first and second printing material reservoirs (225-1, 225-2) through respective second channels (220-1, 220-2) to allow air to enter the respective printing material reservoir (225-1, 225-2) when a pressure in that printing material reservoir (225-1, 225-2) changes, and characterized in that the pressure equalization mechanism comprises a pressure equalization valve coupling the first and second printing material reservoirs (225-1, 225-2) to equalize pressures across the first and second printing material reservoirs (225-1, 225-2) before, during or after air is allowed to enter through the pressure equalization elements.