mhurhangee/ep-ind-claims huggingface dataset:
A chair (10,1010, 2010) comprising: a supporting frame (11, 2011); a back portion (15, 1015, 2015); a seat portion (13, 1013, 2013) having a central zone (203,2203) and two outer side zones (211a, 211b, 2211 a, 2211 b), one on either side of the central zone, wherein the outer side zones are resiliently flexible to enable the outer side zones to deform downwardly from the central zone (203, 2203) under the weight of an occupant's legs if the occupant sits sideways on the seat portion; and a seat support (215, 1215, 2201a) for operatively supporting the seat portion from the supporting frame, wherein the seat support comprises a relatively rigid base member (217, 2201a) and a plurality of resilient support members (219a, 219b, 219c, 219d, 2219a, 2219b, 2219c, 2219d) that extend outwardly from the base member (217, 2201a) with their outer portions located generally along respective sides of the central zone of the seat portion and configured to support a seated occupant when the seated occupant's weight is centrally located in the central zone, but which enable an angular change of the seat portion (13, 1013, 2013) to the side if the seated occupant's weight is offset to the side of the central zone (203, 2203) of the seat portion. a supporting frame (11, 2011); a back portion (15, 1015, 2015); a seat portion (13, 1013, 2013) having a central zone (203,2203) and two outer side zones (211a, 211b, 2211 a, 2211 b), one on either side of the central zone, wherein the outer side zones are resiliently flexible to enable the outer side zones to deform downwardly from the central zone (203, 2203) under the weight of an occupant's legs if the occupant sits sideways on the seat portion; and a seat support (215, 1215, 2201a) for operatively supporting the seat portion from the supporting frame, wherein the seat support comprises a relatively rigid base member (217, 2201a) and a plurality of resilient support members (219a, 219b, 219c, 219d, 2219a, 2219b, 2219c, 2219d) that extend outwardly from the base member (217, 2201a) with their outer portions located generally along respective sides of the central zone of the seat portion and configured to support a seated occupant when the seated occupant's weight is centrally located in the central zone, but which enable an angular change of the seat portion (13, 1013, 2013) to the side if the seated occupant's weight is offset to the side of the central zone (203, 2203) of the seat portion.
Separation method for separating a semiconductor wafer, which comprises a plurality of solar cell stacks, along at least one partition line, comprising at least the steps: - providing the semiconductor wafer with an upper side (10.1), a lower side (10.2), an adhesive layer connected by material couple with the upper side (10.1) and a cover glass layer connected by material couple with the adhesive layer, - wherein the semiconductor wafer comprises a plurality of solar cell stacks each having a germanium substrate layer forming the lower side (10.1) of the semiconductor wafer, a germanium part cell and at least two III-V part cells (18, 20), - producing a partition trench, which reaches from a lower side (10.2) of the semiconductor wafer through the semiconductor wafer and the adhesive layer at least to a lower side - which adjoins the adhesive layer - of a cover glass layer, along the partition line by means of laser ablation and - dividing the cover glass layer along the partition trench. - providing the semiconductor wafer with an upper side (10.1), a lower side (10.2), an adhesive layer connected by material couple with the upper side (10.1) and a cover glass layer connected by material couple with the adhesive layer, - wherein the semiconductor wafer comprises a plurality of solar cell stacks each having a germanium substrate layer forming the lower side (10.1) of the semiconductor wafer, a germanium part cell and at least two III-V part cells (18, 20), - producing a partition trench, which reaches from a lower side (10.2) of the semiconductor wafer through the semiconductor wafer and the adhesive layer at least to a lower side - which adjoins the adhesive layer - of a cover glass layer, along the partition line by means of laser ablation and - dividing the cover glass layer along the partition trench.
A cableway having a number of cableway stations (2a, 2b) and having a number of cableway vehicles that can be moved between the cableway stations (2a, 2b) with a hauling cable, wherein a control unit is provided for controlling the cableway and wherein a limiting device for limiting a lateral pendulum movement of a cableway vehicle entering the cableway station (2a, 2b) is provided in an entry region of at least one cableway station (2a, 2b), characterized in that the limiting device comprises at least one movable detection element, in that a detection unit for detecting a measured variable of a deflection (α, X) of the detection element is provided, and in that the control unit is designed to control the cableway as a function of the detected measured variable.
A humidification and air cleaning apparatus comprising: a water tank to store water; an air wash inlet provided at the water tank and to allow communicating the inside of the water tank with the outside thereof; a water tank humidification medium covering the air wash inlet, formed of a material absorbing water, to humidify air passing the air wash inlet; a watering housing disposed inside the water tank to spray the water; and wherein the water tank humidification medium is spaced apart from water stored in the water tank and is arranged to be wetted by water sprayed from the watering housing, characterized in that the humidification and air cleaning apparatus further comprises: a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body, the air wash inlet is disposed lower than the visual body, the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium, and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted. a water tank to store water; an air wash inlet provided at the water tank and to allow communicating the inside of the water tank with the outside thereof; a water tank humidification medium covering the air wash inlet, formed of a material absorbing water, to humidify air passing the air wash inlet; a watering housing disposed inside the water tank to spray the water; and wherein the water tank humidification medium is spaced apart from water stored in the water tank and is arranged to be wetted by water sprayed from the watering housing, characterized in that the humidification and air cleaning apparatus further comprises: a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body, the air wash inlet is disposed lower than the visual body, the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium, and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted. a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body, the air wash inlet is disposed lower than the visual body, the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium, and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted.
Timepiece movement comprising at least one annual wheel which performs a complete rotation in one year and is rotationally driven with at least one cam arranged to cooperate with a feeler-spindle, guided in translation or pseudo-translation and for controlling a display mechanism of an astronomical quantity, the said cam being rotationally fixed to the said annual wheel by means of a linear guiding device for modifying its position by translation in reference to the said annual wheel, characterised in that it comprises a cam control mounted on the said annual wheel while being pivotable with reference to the latter and having a kinematic link with the said cam comprising a finger cooperating with a groove, one of which being arranged on the said cam and the other on the said cam control, such that a rotation of the said cam control results in a rectilinear translation of the said cam with reference to the said annual wheel.
Method for synchronous recording of audio, the method comprising establishing a first wireless data transmission link between a master device and a first recording device, establishing a second wireless data transmission link between the master device and a second recording device, determining a first data transmission delay for the first data transmission link, determining a second data transmission delay for the second data transmission link, transmitting predetermined reference data from the master device to the first recording device and to the second recording device, at the first recording device: playing back the predetermined reference data and recording first recording data; and at the second recording device: playing back the predetermined reference data and recording second recording data, wherein, when the predetermined reference data is transmitted, a difference between the first data transmission delay and the second data transmission delay is taken into account such that the playback of the predetermined reference data at the first recording device and the second recording device is synchronous. establishing a second wireless data transmission link between the master device and a second recording device, determining a first data transmission delay for the first data transmission link, determining a second data transmission delay for the second data transmission link, transmitting predetermined reference data from the master device to the first recording device and to the second recording device, at the first recording device: playing back the predetermined reference data and recording first recording data; and at the second recording device: playing back the predetermined reference data and recording second recording data, wherein, when the predetermined reference data is transmitted, a difference between the first data transmission delay and the second data transmission delay is taken into account such that the playback of the predetermined reference data at the first recording device and the second recording device is synchronous.
Method for controlling the operation of an attachment, which is coupled via a power lift comprising two lower link arms (22, 24) to a tractor, wherein - the control of the operation is performed in dependence on an ascertained pull point (P, P_actual), - the pull point (P, P_actual) is a geometrical intersection of imaginary extensions of both lower link arms (22, 24) and is ascertained in dependence on reference angles (α, β), which the imaginary extensions of the lower link arms (22, 24) enclose with a reference straight line, and - the reference angles (α, β) are ascertained by means of an optical capture of the lower link arms (22, 24). - the control of the operation is performed in dependence on an ascertained pull point (P, P_actual), - the pull point (P, P_actual) is a geometrical intersection of imaginary extensions of both lower link arms (22, 24) and is ascertained in dependence on reference angles (α, β), which the imaginary extensions of the lower link arms (22, 24) enclose with a reference straight line, and - the reference angles (α, β) are ascertained by means of an optical capture of the lower link arms (22, 24).
A setting tool for hanging a tubular string from a liner string, casing string, or wellhead, comprising: a tubular mandrel having an actuation port formed through a wall thereof; a debris barrier for engaging an upper end of the tubular string; a piston disposed along the mandrel, having an upper face in fluid communication with the actuation port, and operable to stroke the debris barrier relative to the mandrel, thereby setting a hanger of the tubular string; an actuator sleeve extending along the mandrel and connected to the piston; a latch releasably connecting the debris barrier to the actuator sleeve and for releasably connecting the debris barrier to the tubular string; a packoff connected to the mandrel below the piston and operable to seal against an inner surface of the tubular string, thereby forming a buffer chamber between the debris barrier and the packoff; and characterized by a passage in fluid communication with a lower face of the piston, formed in a wall of and along the mandrel, and bypassing the packoff. a tubular mandrel having an actuation port formed through a wall thereof; a debris barrier for engaging an upper end of the tubular string; a piston disposed along the mandrel, having an upper face in fluid communication with the actuation port, and operable to stroke the debris barrier relative to the mandrel, thereby setting a hanger of the tubular string; an actuator sleeve extending along the mandrel and connected to the piston; a latch releasably connecting the debris barrier to the actuator sleeve and for releasably connecting the debris barrier to the tubular string; a packoff connected to the mandrel below the piston and operable to seal against an inner surface of the tubular string, thereby forming a buffer chamber between the debris barrier and the packoff; and characterized by a passage in fluid communication with a lower face of the piston, formed in a wall of and along the mandrel, and bypassing the packoff.
A method of forming clear ice in an icemaker disposed on a door of a refrigerator, the method comprising the steps of: providing an icemaker with an ice mold having a perimeter and a plurality of ice wells having a depth, the ice mold being configured in at least two rows and at least two columns, wherein the ice mold has a total water capacity; providing weirs between the at least two columns of ice wells in a generally centered position within each of the ice wells; providing weirs between the at least two rows of ice wells at least substantially adjacent the perimeter of the ice mold; filtering an amount of seed fill by urging the seed fill through a mineral filter disposed between a source of household water and a water inlet disposed above the ice mold to provide substantially de-ionized water; introducing an amount of seed fill of water into the ice wells of the ice mold wherein the seed fill is 10-30 % of the total water capacity of the ice mold; allowing the amount of seed fill of water to freeze; rotating the ice mold in a rocking motion to allow water to traverse between the ice wells during the rocking motion; adding a remaining amount of water into the ice mold; and directionally freezing the remaining amount of ice in the ice mold thereby producing clear ice pieces. providing an icemaker with an ice mold having a perimeter and a plurality of ice wells having a depth, the ice mold being configured in at least two rows and at least two columns, wherein the ice mold has a total water capacity; providing weirs between the at least two columns of ice wells in a generally centered position within each of the ice wells; providing weirs between the at least two rows of ice wells at least substantially adjacent the perimeter of the ice mold; filtering an amount of seed fill by urging the seed fill through a mineral filter disposed between a source of household water and a water inlet disposed above the ice mold to provide substantially de-ionized water; introducing an amount of seed fill of water into the ice wells of the ice mold wherein the seed fill is 10-30 % of the total water capacity of the ice mold; allowing the amount of seed fill of water to freeze; rotating the ice mold in a rocking motion to allow water to traverse between the ice wells during the rocking motion; adding a remaining amount of water into the ice mold; and directionally freezing the remaining amount of ice in the ice mold thereby producing clear ice pieces.
Filter bag having at least one hose-like expansion element for improved folding of the filter bag, wherein the at least one hose-like expansion element comprises a first open end, characterised in that the first open end eccentrically borders on an air inlet of the filter bag and has an overlapping cross-section common to the air inlet which is smaller than the opening cross-section of the air inlet of the filter bag.
A protective device comprising: an airbag assembly configured to extend at least partially around a waist or hips of an individual; a buckle attached to the airbag assembly, the buckle comprising a first buckle half, and a second buckle half, the first and second buckle halves being attachable to and detachable from one another; and an airbag actuator configured to actuate the airbag assembly; characterized in that the first buckle half comprises a base portion, wherein a first portion of the airbag actuator is located in the base portion, and wherein a second portion of the airbag actuator extends from the base portion, such that, when the first buckle half is attached to the second buckle half, the second portion of the airbag actuator is located in the second buckle half. an airbag assembly configured to extend at least partially around a waist or hips of an individual; a buckle attached to the airbag assembly, the buckle comprising a first buckle half, and a second buckle half, the first and second buckle halves being attachable to and detachable from one another; and an airbag actuator configured to actuate the airbag assembly; characterized in that the first buckle half comprises a base portion, wherein a first portion of the airbag actuator is located in the base portion, and wherein a second portion of the airbag actuator extends from the base portion, such that, when the first buckle half is attached to the second buckle half, the second portion of the airbag actuator is located in the second buckle half.
A steel sheet, comprising: a chemical composition represented by, in mass%, C: 0.008 to 0.150%, Si: 0.01 to 1.70%, Mn: 0.60 to 2.50%, Al: 0.010 to 0.60%, Ti: 0 to 0.200%, Nb: 0 to 0.200%, Ti + Nb: 0.015 to 0.200%, Cr: 0 to 1.0%, B: 0 to 0.10%, Mo: 0 to 1.0%, Cu: 0 to 2.0%, Ni: 0 to 2.0%, Mg: 0 to 0.05%, REM: 0 to 0.05%, Ca: 0 to 0.05%, Zr: 0 to 0.05%, P: 0.05% or less, S: 0.0200% or less, N: 0.0060% or less, and balance: Fe and impurities; and a structure represented by, by area ratio, ferrite: 5 to 95%, bainite: 5 to 95%, and balance: 10% or less, characterized by when a region that is surrounded by a grain boundary having a misorientation of 15° or more and has a circle-equivalent diameter of 0.3 μm or more is defined as a crystal grain, the proportion of crystal grains each having an intragranular misorientation of 5 to 14° to all crystal grains is 20 to 100% by area ratio, and hard crystal grains A in which precipitates or clusters with a maximum diameter of 8 nm or less are dispersed in the crystal grains with a number density of 1 × 10 16 to 1 × 10 19 pieces/cm 3 and soft crystal grains B in which precipitates or clusters with a maximum diameter of 8 nm or less are dispersed in the crystal grains with a number density of 1 × 10 15 pieces/cm 3 or less are contained, and the volume% of the hard crystal grains A/(the volume% of the hard crystal grains A + the volume% of the soft crystal grains B) is 0.1 to 0.9, all determined as set out in the description. a chemical composition represented by, in mass%, C: 0.008 to 0.150%, Si: 0.01 to 1.70%, Mn: 0.60 to 2.50%, Al: 0.010 to 0.60%, Ti: 0 to 0.200%, Nb: 0 to 0.200%, Ti + Nb: 0.015 to 0.200%, Cr: 0 to 1.0%, B: 0 to 0.10%, Mo: 0 to 1.0%, Cu: 0 to 2.0%, Ni: 0 to 2.0%, Mg: 0 to 0.05%, REM: 0 to 0.05%, Ca: 0 to 0.05%, Zr: 0 to 0.05%, P: 0.05% or less, S: 0.0200% or less, N: 0.0060% or less, and balance: Fe and impurities; and a structure represented by, by area ratio, ferrite: 5 to 95%, bainite: 5 to 95%, and balance: 10% or less, characterized by when a region that is surrounded by a grain boundary having a misorientation of 15° or more and has a circle-equivalent diameter of 0.3 μm or more is defined as a crystal grain, the proportion of crystal grains each having an intragranular misorientation of 5 to 14° to all crystal grains is 20 to 100% by area ratio, and hard crystal grains A in which precipitates or clusters with a maximum diameter of 8 nm or less are dispersed in the crystal grains with a number density of 1 × 10 16 to 1 × 10 19 pieces/cm 3 and soft crystal grains B in which precipitates or clusters with a maximum diameter of 8 nm or less are dispersed in the crystal grains with a number density of 1 × 10 15 pieces/cm 3 or less are contained, and the volume% of the hard crystal grains A/(the volume% of the hard crystal grains A + the volume% of the soft crystal grains B) is 0.1 to 0.9, all determined as set out in the description.
A surveillance imaging system comprising a surveillance video camera and an illumination system comprising a coherent light emitter aligned with a light source raypath along an optical axis with at least two separated microdiffractive diffusers, the surveillance video camera producing images of a target illuminated by the illumination system, the microdiffractive diffusers comprising holographically generated surfaces of microdiffractive structure that statistically tend to diffract light at selectable angles or distribution patterns, the microdiffractive diffusers disposed upon a substrate and separated from each other by a distance determined by wavelength phase and irradiance characteristics of the coherent light emitter and by refractive characteristics of at least two microdiffractive diffusers, followed by a homogenized exit raypath in order to produce a diffused pattern of illumination optimized for surveillance imaging of distances between 1 meter to more than 1000 meters, with a lens aligned on the optical axis and situated between a first diffuser of the at least two separated microdiffractive diffusers and a second diffuser of the at least two separated microdiffrative diffusers, the illumination system is configured such that a central portion of a diffused pattern of illumination on the target is unspeckled, in which the first microdiffractive diffuser is located proximate along the optical axis to the coherent light emitter and is smaller in diameter than the second microdiffractive diffuser that is farther from the coherent light emitter.