mhurhangee/ep-ind-claims huggingface dataset:
An arrangement comprising a partition (82-85, 119, 119', 130,130A) and a display track, wherein the partition is removably attachable to the display track, which display track includes a frame formed of a plurality of laterally spaced apart longitudinally extending ribs with a longitudinal slot defined between each two adjacent ribs, and a plurality of transverse beams intersecting and joining said ribs, said partition comprising: a generally flat panel with a bottom edge and a first coupling means on said bottom edge, said partition having a first position where it is oriented vertically with its bottom edge removably situated in one of said slots and said panel extends upwardly from said track, and a second position where said panel is displaced longitudinally from said first position and where said first coupling means becomes releasably coupled to one of said transverse beams of said display track, which coupling bars removal of said partition from said track until said partition is moved back to said first position, latch means (131, 131A) extending from said bottom edge of said panel, said latch means having a first state where it engages said track and bars said panel from moving out of its second position, and a second state where said latch means no longer bars said movement of said partition out of its second position, wherein said latch is a spring element (131, 131A), and said first and second states comprise relaxed and flexed states respectively of said spring element, characterized in that said latch is an integrally molded part of said panel and further comprises a trigger part which when pulled, moves said latch from said relaxed to said flexed state. a generally flat panel with a bottom edge and a first coupling means on said bottom edge, said partition having a first position where it is oriented vertically with its bottom edge removably situated in one of said slots and said panel extends upwardly from said track, and a second position where said panel is displaced longitudinally from said first position and where said first coupling means becomes releasably coupled to one of said transverse beams of said display track, which coupling bars removal of said partition from said track until said partition is moved back to said first position, latch means (131, 131A) extending from said bottom edge of said panel, said latch means having a first state where it engages said track and bars said panel from moving out of its second position, and a second state where said latch means no longer bars said movement of said partition out of its second position, wherein said latch is a spring element (131, 131A), and said first and second states comprise relaxed and flexed states respectively of said spring element, characterized in that said latch is an integrally molded part of said panel and further comprises a trigger part which when pulled, moves said latch from said relaxed to said flexed state.
A urethane foam molded article comprising: oriented magnetic bodies; wherein the oriented magnetic bodies are uniformly dispersed in a perpendicular direction to the oriented direction thereof, and the oriented magnetic bodies comprise magnetic bodies having a shape other than spherical that are oriented so that they conjoin each other by at least one of a line contact and a surface contact, wherein the urethane foam molded article is equipped with a heat transferring surface for transferring heat by contacting with an opposite member, the heat transferring surface crosses the orientation direction of the oriented magnetic bodies, and the heat transferring surface has a glossiness of 10% or more. oriented magnetic bodies; wherein the oriented magnetic bodies are uniformly dispersed in a perpendicular direction to the oriented direction thereof, and the oriented magnetic bodies comprise magnetic bodies having a shape other than spherical that are oriented so that they conjoin each other by at least one of a line contact and a surface contact, wherein
A method for measuring the distance of targets in the surroundings by measuring the time-of-flight of pulses reflected by said targets, in particular laser pulses, said method comprising: emitting a sequence of transmission pulses (S p) having varying pulse intervals (τ p), and receiving at least one receive pulse (E i) after each one of two different transmission pulses; for each receive pulse (E i): generating a group (G i) of M candidate distances (d i,m), each based on a different transmission pulse (S p) among M transmission pulses preceding the receive pulse (E i), wherein each candidate distance (d i,m) is assigned to the corresponding transmission pulse (S p) on which it is based; characterised by: for each candidate distance (d i,m): determining a weighting value (W i,m) on the basis of at least the closest one of the candidate distances (d j,n) assigned to such a transmission pulse (S p) which is adjacent to the transmission pulse (S p) to which the candidate distance (d i,m) being considered in this determining process is assigned; for each group (G i): selecting the candidate distance (d i,m) with the highest weighting value (W i,m) as the distance measurement value (d i) of the receive pulse (E i) for which the group (G i) was generated. emitting a sequence of transmission pulses (S p) having varying pulse intervals (τ p), and receiving at least one receive pulse (E i) after each one of two different transmission pulses; for each receive pulse (E i): generating a group (G i) of M candidate distances (d i,m), each based on a different transmission pulse (S p) among M transmission pulses preceding the receive pulse (E i), wherein each candidate distance (d i,m) is assigned to the corresponding transmission pulse (S p) on which it is based; characterised by: for each candidate distance (d i,m): determining a weighting value (W i,m) on the basis of at least the closest one of the candidate distances (d j,n) assigned to such a transmission pulse (S p) which is adjacent to the transmission pulse (S p) to which the candidate distance (d i,m) being considered in this determining process is assigned; for each group (G i): selecting the candidate distance (d i,m) with the highest weighting value (W i,m) as the distance measurement value (d i) of the receive pulse (E i) for which the group (G i) was generated. for each candidate distance (d i,m): determining a weighting value (W i,m) on the basis of at least the closest one of the candidate distances (d j,n) assigned to such a transmission pulse (S p) which is adjacent to the transmission pulse (S p) to which the candidate distance (d i,m) being considered in this determining process is assigned; for each group (G i): selecting the candidate distance (d i,m) with the highest weighting value (W i,m) as the distance measurement value (d i) of the receive pulse (E i) for which the group (G i) was generated.
An elevator apparatus comprising: a microphone installed in a hall of an elevator; a sensor for detecting a user present in a prescribed range in the vicinity of the microphone; call registration means which performs call registration on the basis of a voice signal inputted from the microphone; an arrival notification device installed in the hall which performs prescribed notification by sound when a car of the elevator arrives at the hall; and characterized by further comprising sound source control means which lowers a sound volume used during the notification from the arrival notification device from a sound level used at the time when the sensor is not detecting a user in the case where the sensor is detecting a user upon arrival of the car at the hall. a microphone installed in a hall of an elevator; a sensor for detecting a user present in a prescribed range in the vicinity of the microphone; call registration means which performs call registration on the basis of a voice signal inputted from the microphone; an arrival notification device installed in the hall which performs prescribed notification by sound when a car of the elevator arrives at the hall; and characterized by further comprising sound source control means which lowers a sound volume used during the notification from the arrival notification device from a sound level used at the time when the sensor is not detecting a user in the case where the sensor is detecting a user upon arrival of the car at the hall.
An X-ray imaging apparatus comprising: an X-ray generator configured to generate and radiate X-rays to an object; an X-ray detector configured to detect the X-rays which has passed through the object and acquire an image signal of the object; and a controller configured to evaluate a characteristic of the object based on the image signal and generate at least one of a single energy X-ray image and a multiple energy X-ray image according to the evaluated characteristic. an X-ray generator configured to generate and radiate X-rays to an object; an X-ray detector configured to detect the X-rays which has passed through the object and acquire an image signal of the object; and a controller configured to evaluate a characteristic of the object based on the image signal and generate at least one of a single energy X-ray image and a multiple energy X-ray image according to the evaluated characteristic.
Method for controlling the climate in a space including buildings and transportation means, or part thereof, intended for the housing or accommodation of a living plant, in which the climate comprises at least the factor temperature and wherein the plant forms part of the control system for the climate in the space, characterized in that the control for controlling the climate in the space comprises the registration at two different height levels of the temperature of the plant, as well as an amount of change in speed in vertical direction of air surrounding the plant, wherein the change in air speed is determined indirectly, comprising at least the measurement of temperature and humidity of the air at two different height levels.
A method of producing prefillable glass syringe barrel assemblies comprising the steps of: forming a plurality of clean syringe barrels in a glass forming device for shaping a cylindrical glass tube into syringe barrels having a first open end for receiving a syringe plunger and a second open end for discharging contents from said syringe barrels; annealing said glass syringe barrels at a temperature of at least 500°C; and immediately transferring said syringe barrels to at least one housing assembly for maintaining a predetermined cleanliness level, without any sterilization between said annealing step and said transfer step. forming a plurality of clean syringe barrels in a glass forming device for shaping a cylindrical glass tube into syringe barrels having a first open end for receiving a syringe plunger and a second open end for discharging contents from said syringe barrels; annealing said glass syringe barrels at a temperature of at least 500°C; and immediately transferring said syringe barrels to at least one housing assembly for maintaining a predetermined cleanliness level, without any sterilization between said annealing step and said transfer step.
A system for removing bone material, the system comprising: a. a distal cutting instrument (12,120), the distal cutting instrument having at least one first cutting edge, a shoulder, and a shaft portion (18,132), the shaft portion having an anti-rotation feature, and wherein the at least one first cutting edge only removes bone material when moved in a first direction; and b. a proximal cutting instrument (14, 122) removably attached to the shaft portion, the proximal cutting instrument having a first end portion and a second end portion, the second end portion contacting the shoulder of the distal cutting instrument when the proximal cutting instrument is mounted to the shaft portion, the proximal cutting instrument having at least one second cutting edge (32, 140) and an aperture, the aperture adapted to receive the anti-rotation feature, and wherein the at least one second cutting edge only removes bone material when moved in a second direction characterized in that the second direction is different to the first direction. a. a distal cutting instrument (12,120), the distal cutting instrument having at least one first cutting edge, a shoulder, and a shaft portion (18,132), the shaft portion having an anti-rotation feature, and wherein the at least one first cutting edge only removes bone material when moved in a first direction; and b. a proximal cutting instrument (14, 122) removably attached to the shaft portion, the proximal cutting instrument having a first end portion and a second end portion, the second end portion contacting the shoulder of the distal cutting instrument when the proximal cutting instrument is mounted to the shaft portion, the proximal cutting instrument having at least one second cutting edge (32, 140) and an aperture, the aperture adapted to receive the anti-rotation feature, and wherein the at least one second cutting edge only removes bone material when moved in a second direction characterized in that the second direction is different to the first direction.
A method for processing ash resulting from the incineration of waste, wherein the ash is classified in a processing plant separated from the actual waste incineration into a plurality of fractions (I, II, III) of different grain size distribution, wherein in the processing plant the classification of the ash is carried out exclusively by a wet classification, and wherein the wet classification is performed in such a way that the ash is completely classified into at least one fine fraction contaminated with pollutants and at least one low-pollutant or pollutant-free coarse fraction (II, III), wherein in the wet classification exclusively grain-sparing classification methods are used, characterized in that the wet classification comprises a classification by upstream technology, wherein a upstream classifier is preceded by a hydrocyclone, and wherein after passing through at least a part of the wet classification a separation of metals is carried out. wherein the ash is classified in a processing plant separated from the actual waste incineration into a plurality of fractions (I, II, III) of different grain size distribution, wherein in the processing plant the classification of the ash is carried out exclusively by a wet classification, and wherein the wet classification is performed in such a way that the ash is completely classified into at least one fine fraction contaminated with pollutants and at least one low-pollutant or pollutant-free coarse fraction (II, III), wherein in the wet classification exclusively grain-sparing classification methods are used, characterized in that the wet classification comprises a classification by upstream technology, wherein a upstream classifier is preceded by a hydrocyclone, and wherein after passing through at least a part of the wet classification a separation of metals is carried out.
A method for charging a battery, comprising: generating at a first node a battery charge current I charge for charging the battery; generating at a second node a replica current I rep from I charge, where I rep <I charge;operating a closed loop current sink for sinking I rep, where a digital output of said closed loop current sink is a measure of the magnitude of I charge; and wherein the operating comprises measuring a voltage drop (V meas2) across a measurement resistance (R meas2) due to a current flow I rep through said measurement resistance. generating at a first node a battery charge current I charge for charging the battery; generating at a second node a replica current I rep from I charge, where I rep <I charge;operating a closed loop current sink for sinking I rep, where a digital output of said closed loop current sink is a measure of the magnitude of I charge; and wherein the operating comprises measuring a voltage drop (V meas2) across a measurement resistance (R meas2) due to a current flow I rep through said measurement resistance.
A method of assembling an adjustable continuous filament assembly, comprising the steps of: splicing a single length of filament forming a nonadjustable loop and a single free segment; introducing the single free segment into an inner core of the nonadjustable loop at a first position; passing the single free segment through at least a portion of the inner core of the nonadjustable loop; and characterized by the step of: withdrawing the single free segment from the nonadjustable loop at a second position, thereby forming an adjustable loop secured to the nonadjustable loop and adjustable by the single free segment. splicing a single length of filament forming a nonadjustable loop and a single free segment; introducing the single free segment into an inner core of the nonadjustable loop at a first position; passing the single free segment through at least a portion of the inner core of the nonadjustable loop; withdrawing the single free segment from the nonadjustable loop at a second position, thereby forming an adjustable loop secured to the nonadjustable loop and adjustable by the single free segment.
A braking module for a railway vehicle, comprising: a disk comprising a disk body and a plurality of fixing units, the disk body having an opening portion formed at a center of the disk, the fixing units protruding from an inner surface of the disk body toward the opening; a hub comprising a central frame, an upper surface portion and a plurality of combining blocks, the central frame having a central hole, the upper surface portion being formed at an end of the central frame, the combining blocks being formed on the upper surface portion and being inserted between the fixing units; characterised by an elastic unit integrally formed, and disposed on the fixing units or beneath the upper surface portion; and a combining unit fixing the fixing units, the upper surface portion and the elastic unit with each other. a disk comprising a disk body and a plurality of fixing units, the disk body having an opening portion formed at a center of the disk, the fixing units protruding from an inner surface of the disk body toward the opening; a hub comprising a central frame, an upper surface portion and a plurality of combining blocks, the central frame having a central hole, the upper surface portion being formed at an end of the central frame, the combining blocks being formed on the upper surface portion and being inserted between the fixing units; characterised by an elastic unit integrally formed, and disposed on the fixing units or beneath the upper surface portion; and a combining unit fixing the fixing units, the upper surface portion and the elastic unit with each other.
A method for a dependent station to operate within available channels not used by a licensed device in a Wireless Local Area Network, WLAN, the method comprising: transmitting, by the dependent station operating as a non-access point station to an enabling station, a first frame comprising an information element whose element ID indicates a specific protocol related to a registered location query, wherein the information element comprises information on a geographical location of the dependent station, wherein a resolution of the geographical location information is set to a range from -50m to 50m for an access point operation; receiving, by the dependent station operating as the non-access point station from the enabling station, a second frame comprising a result of the registered location query and White Space Map, WSM, information, wherein the WSM information indicates the available channels based on the information on the geographical location of the dependent station; and performing, by the dependent station, the access point operation based on the available channels after obtaining the WSM information. transmitting, by the dependent station operating as a non-access point station to an enabling station, a first frame comprising an information element whose element ID indicates a specific protocol related to a registered location query, wherein the information element comprises information on a geographical location of the dependent station, wherein a resolution of the geographical location information is set to a range from -50m to 50m for an access point operation; receiving, by the dependent station operating as the non-access point station from the enabling station, a second frame comprising a result of the registered location query and White Space Map, WSM, information, wherein the WSM information indicates the available channels based on the information on the geographical location of the dependent station; and performing, by the dependent station, the access point operation based on the available channels after obtaining the WSM information.
A breathable and electrically conductive cloth comprising a first plastic film that is electrically insulative, and that has an inner surface and an outer surface opposite to said inner surface; an electrical circuit pattern layer that is formed on said inner surface of said first plastic film, and that is adapted to be electrically connected to an external electrical unit; and a yarn-based fabric that has a first surface and a second surface opposite to said first surface, and that defines a plurality of micropores extending through said first surface and said second surface, said first surface of said yarn-based fabric being bonded to said inner surface of said first plastic film and said electrical circuit pattern layer, characterized in that said first plastic film further has a plurality of first hollow protrusions, said electrical circuit pattern layer having a plurality of second hollow protrusions, each of said first hollow protrusions extending into a corresponding one of said micropores and forming a ventilating passage that extends through said outer surface of said first plastic film and said second surface of said yarn-based fabric, at least one of said first hollow protrusions extending into a corresponding one of said second hollow protrusions, each of said second hollow protrusions extending into a corresponding one of said micropores.
Method for producing a panel with a sealed panel edge, comprising at least the method steps of: a) providing a raw panel comprising a panel top side, a panel bottom side and at least one pair of opposing panel edges, wherein the raw panel comprises a carrier plate core and a printing subsurface layer applied onto the panel top side; b) forming a bevel between at least one panel edge of the pair of opposing panel edges and the panel top side; c) sealing said at least one panel edge, wherein the sealing comprises impregnating with an impregnating agent, wherein the impregnating agent is applied on to the at least one panel edge and onto the bevel; characterized in that the impregnating agent comprises a dipropylene glycol alkyl ether. a) providing a raw panel comprising a panel top side, a panel bottom side and at least one pair of opposing panel edges, wherein the raw panel comprises a carrier plate core and a printing subsurface layer applied onto the panel top side; b) forming a bevel between at least one panel edge of the pair of opposing panel edges and the panel top side; c) sealing said at least one panel edge, wherein the sealing comprises impregnating with an impregnating agent, wherein the impregnating agent is applied on to the at least one panel edge and onto the bevel;