mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication comprising: generating, at an access point, a message for transmission over at least one channel, the message comprising: a first signal field indicative of a length of a first message after the first signal field; and a second signal field indicative of at least one channel assignment, the second signal field having a variable length, wherein the second signal field comprises: a number of stations served and a list of station identifiers, and wherein the at least one channel assignment comprises a bitmap indicating a channel assignment for each station identifier in the list of station identifiers; and transmitting the message to one or more wireless devices. a first signal field indicative of a length of a first message after the first signal field; and a second signal field indicative of at least one channel assignment, the second signal field having a variable length, wherein the second signal field comprises: a number of stations served and a list of station identifiers, and wherein the at least one channel assignment comprises a bitmap indicating a channel assignment for each station identifier in the list of station identifiers; and transmitting the message to one or more wireless devices. a number of stations served and a list of station identifiers, and wherein the at least one channel assignment comprises a bitmap indicating a channel assignment for each station identifier in the list of station identifiers; and transmitting the message to one or more wireless devices.
Lens arrangement, in particular spectacle lens arrangement, comprising a base lens element, the base lens element having a first surface, the first surface having a lenticular region and an edge region, the edge region encompassing the lenticular region, the first surface having an elongate recess, the elongate recess at least partially encompassing the lenticular region, the elongate recess running adjacent to the lenticular region, the lenticular region being completely covered by a further optical element, in particular a shell or a film, characterized in that the further optical element is attached to the lenticular region by means of an adhesive portion, with the adhesive completely covering the lenticular region and the adhesive portion extending beyond the lenticular region into the elongate recess such that a formed compensation reservoir of excess applied adhesive in the elongate recess prevents air from entering a joining gap in the case of a retreat of the adhesive, for example as a consequence of shrinkage or thermal expansion.
A kneading apparatus for kneading an object to be kneaded by rotating two rotary shafts (3, 4) that are disposed in parallel and rotatable at unequal speeds in the direction opposite to each other, paddles (P1-P13, P1'-P13', Q1-Q13, Q1'-Q13') as kneading members being disposed respectively thereon in a facing manner so as to be arranged helically with an inverse helix from each other at a predetermined helical pitch and at predetermined angular pitch intervals, wherein a helical pitch ratio of the paddles (P1-P13, P1'-P13', Q1-Q13, Q1'-Q13') on the rotary shafts (3, 4) is set so as to be the inverse of a rotational speed ratio of both the rotary shafts (3, 4) and an angular pitch ratio so as to be the same as the rotational speed ratio thereof; the paddles (P1-P13, P1'-P13', Q1-Q13, Q1'-Q13') of both the rotary shafts (3, 4) are cubic paddles each having on right and left sides surfaces (20b-20e) extending parallel to the axis (Z, Z') of the rotary shaft (3, 4), on front and rear sides surfaces (20f, 20g) perpendicular to the axis (Z, Z') thereof, and on upper and lower sides surfaces (20a, 21) extending parallel to the axis (Z, Z') thereof; and the surfaces (20d, 20e) on the right and left sides of the paddles are concavely curved to form curved surfaces (20d, 20e), and both the rotary shafts (3, 4) are disposed in proximity so that, when rotated, the upper side surface of each of the paddles can enter into the curved surfaces (20d, 20e) formed on the right and left surfaces (20d, 20e) of the facing paddle, characterized in that the paddles (P1-P13, P1'-P13', Q1-Q13, Q1'-Q13') of both rotary shafts (3, 4) all have the same shape, and when rotated, the upper side surface of each of the paddles on one rotary shaft (4; 3) can enter into the curved surfaces (20d, 20e) formed on the right and left surfaces (20d, 20e) of the facing paddle on the other rotary shaft (3; 4) without any contact therewith.
Door handle assembly with a handle for direct actuation of a door latch which has at least one bearing arm engaging into the door, wherein the bearing arm is supported by a first pivot lever, which is pivotable around a first rotational axis, and a second pivot lever, which is pivotable around a second rotational axis, wherein the pivot levers (7, 8) at engaging points (C, D) distanced from one another engage rotationally movably at the bearing arm, characterised in that the rotational axes (A, B) are disposed on different sides of a straight line through the engaging points (C, D).
A cell module equalizing and precharging device comprising: a converter unit located between a battery including more than one cell module, wherein each of the more than one cell modules has an anode terminal and a cathode terminal, and a load, and configured to perform a precharging operation and an equalizing operation; a switching unit for selectively connecting one or more of the more than one cell modules and the converter unit; and a control unit selectively forming a precharge circuit for performing the precharging operation or an equalizing circuit for performing the equalizing operation by controlling a conduction state of the switching unit based on an operation which the converter unit intends to perform; wherein the converter unit includes an input terminal connected with the anode of the battery, a first output terminal connected with the load, and a second output terminal connected with the switching unit; wherein one side of the switching unit is connected with an anode terminal and a cathode terminal of each of the more than one cell modules and another side is connected with the second output terminal of the converter unit. a converter unit located between a battery including more than one cell module, wherein each of the more than one cell modules has an anode terminal and a cathode terminal, and a load, and configured to perform a precharging operation and an equalizing operation; a switching unit for selectively connecting one or more of the more than one cell modules and the converter unit; and a control unit selectively forming a precharge circuit for performing the precharging operation or an equalizing circuit for performing the equalizing operation by controlling a conduction state of the switching unit based on an operation which the converter unit intends to perform; wherein the converter unit includes an input terminal connected with the anode of the battery, a first output terminal connected with the load, and a second output terminal connected with the switching unit; an input terminal connected with the anode of the battery, a first output terminal connected with the load, and a second output terminal connected with the switching unit; wherein one side of the switching unit is connected with an anode terminal and a cathode terminal of each of the more than one cell modules and another side is connected with the second output terminal of the converter unit.
A device for a motor vehicle, preferably a utility vehicle, comprising: an energy storage, preferably a traction battery or a fuel tank; a crash structure which is profiled, covers an outer side of the energy storage in a protective manner and is configured to deform in a predetermined manner with energy dissipation in the event of an impact, wherein the device is characterized in that it further comprises: a first covering member which is strip-shaped, covers an upper strip-shaped section of an outer side of the crash structure facing away from the energy storage, and comprises a planar outer side facing away from the crash structure; and a second covering member, which is strip-shaped, covers a lower strip-shaped section of the outer side of the crash structure and comprises a planar outer side facing away from the crash structure. an energy storage, preferably a traction battery or a fuel tank; a crash structure which is profiled, covers an outer side of the energy storage in a protective manner and is configured to deform in a predetermined manner with energy dissipation in the event of an impact, a first covering member which is strip-shaped, covers an upper strip-shaped section of an outer side of the crash structure facing away from the energy storage, and comprises a planar outer side facing away from the crash structure; and a second covering member, which is strip-shaped, covers a lower strip-shaped section of the outer side of the crash structure and comprises a planar outer side facing away from the crash structure.
Apparatus for cleaning surfaces fouled with chewing gum, comprising a mobile support structure with: - at least one supply container for cleaning agent, - a plurality of spray units (8, 34, 35, 43, 44) coupled to the supply container for spraying with the cleaning agent a surface for cleaning fouled with chewing gum, wherein each spray unit (8, 34, 35, 43, 44) is adapted to spray the same part-surface at least once during displacement of the support structure (1, 21), and - at least one pump for feeding cleaning agent under pressure to at least one spray unit (8, 34, 35, 43, 44), wherein at least a front spray unit (8, 35, 44), as seen in the direction of displacement of the support structure, lies at least substantially in front of another, rear spray unit (8, 34, 43), and wherein at least some of the number of spray units (8, 34, 35, 43, 44) is adapted to spray the surface for cleaning in a substantially circular spray pattern (11, 40, 41, 49, 50), wherein the substantially circular spray pattern (11, 40, 41, 49, 50) is formed by one or more rotatable nozzles (10, 38a, 38b, 39a, 39b, 47a, 47b, 47c, 47d, 48a, 48b, 48c, 48d) of the spray unit (8, 34, 35, 43, 44), characterized in that the apparatus comprises pressure-generating means for bringing the cleaning agent under pressure such that the pressure of the cleaning agent sprayed on the surface for cleaning fouled with chewing gum lies substantially between 300 and 750 bar, and that the apparatus comprises heating means for heating the cleaning agent such that the temperature of the cleaning agent sprayed on the surface for cleaning fouled with chewing gum amounts to a minimum of 115 degrees Celsius, and in that the nozzles (10, 38a, 38b, 39a, 39b, 47a, 47b, 47c, 47d, 48a, 48b, 48c, 48d) of said spray unit (8, 34, 35, 43, 44) are oriented such that the cleaning agent is sprayed on the surface for cleaning in a direction substantially corresponding to the rotation direction of said spray unit (8, 34, 35, 43, 44) in order to be able to generate a thrusting movement of the jet of the cleaning agent. - at least one supply container for cleaning agent, - a plurality of spray units (8, 34, 35, 43, 44) coupled to the supply container for spraying with the cleaning agent a surface for cleaning fouled with chewing gum, wherein each spray unit (8, 34, 35, 43, 44) is adapted to spray the same part-surface at least once during displacement of the support structure (1, 21), and - at least one pump for feeding cleaning agent under pressure to at least one spray unit (8, 34, 35, 43, 44),
A button assembly, comprising, a platform having at least first and second electrodes (11a,11b); a dome member which comprises electrically conductive material, wherein the dome member is electrically connected to the first electrode, and the dome member is arranged so that at least a portion of the dome member overlays the second electrode, so that when the dome member is selectively collapsed inwardly by the application of force, the dome member will electrically contact said second electrode, so that in its collapse state the dome member electrically connects the first electrode with the second electrode; an interface member which comprises, (a) a compression member which is attached to the dome member at a position which overlays said second electrode; (b) a restrictor member which is configured such that it projects towards the platform and the distance between the platform and the restrictor member is less than the distance between said second electrode and portion of the dome member which overlays the second electrode, and (c) at least one elastic member which connects the restrictor member and the compression member, wherein the restrictor member comprises a surface which faces the platform, the distance 'b1' being the distance between the platform and the surface, wherein, upon application of a pressing force to the button assembly, the restrictor member abuts the platform before the portion of the dome member which overlays the second electrode is moved by the compression member to a position where it contacts the second electrode, characterized in that the dome member has an aperture defined therein and wherein the restrictor member comprises a block which extends through the aperture towards the platform. (a) a compression member which is attached to the dome member at a position which overlays said second electrode; (b) a restrictor member which is configured such that it projects towards the platform and the distance between the platform and the restrictor member is less than the distance between said second electrode and portion of the dome member which overlays the second electrode, and (c) at least one elastic member which connects the restrictor member and the compression member,
A method of producing solid electrolytic capacitors, comprising sequentially stacking a dielectric oxide film, a semiconductor layer and an electrode layer on a sintered body of conductive powder to which an anode lead is connected and then encapsulating the whole with an outer jacket resin, wherein a cathode plate is used in forming the semiconductor layer on the dielectric oxide film by applying current between a conductor, i.e. the sintered body of conductive powder, having the dielectric oxide film thereon used as an anode and the cathode plate provided in electrolysis solution, the cathode plate with its surface area having been made larger by 10 times or more than its apparent surface area, i.e. the area calculated from the outline size of the cathode, wherein chemical reformation is conducted after applying a current, and wherein the semiconductor layer is formed by repeating the operation of applying a current and conducting chemical reformation.
A method for reducing the amount of at least one tobacco-specific nitrosamine in an aerosol-generating substrate, the method comprising: providing a tobacco slurry containing the at least one tobacco-specific nitrosamine; irradiating the tobacco slurry with ultraviolet light; and drying the tobacco slurry to form an aerosol-generating substrate. providing a tobacco slurry containing the at least one tobacco-specific nitrosamine; irradiating the tobacco slurry with ultraviolet light; and drying the tobacco slurry to form an aerosol-generating substrate.
A method of manufacturing a phosphorus-doped nickel nanoparticle, comprising the steps of: mixing a nickel solution including a nickel compound and a solvent, a seed particle, and a phosphorus-containing reductant in an arbitrary order to prepare a mixed solution; and adjusting pH of the mixed solution to 4 to 6, wherein the seed particle is a transition metal including one or more selected from the group consisting of Pd, Ru, Pt, Ag and Co, and wherein the seed particle is prepared by adding a reductant to a transition metal solution including a transition metal compound, ultra-pure water and a high boiling point alcohol is at least one selected from the group consisting of 1-heptanol, 1-octanol, decanol, ethylene glycol, propylene glycol, triethylene glycol, and diethylene glycol, and then recovering a transition metal from the transition metal solution. mixing a nickel solution including a nickel compound and a solvent, a seed particle, and a phosphorus-containing reductant in an arbitrary order to prepare a mixed solution; and adjusting pH of the mixed solution to 4 to 6, wherein the seed particle is a transition metal including one or more selected from the group consisting of Pd, Ru, Pt, Ag and Co, and wherein the seed particle is prepared by adding a reductant to a transition metal solution including a transition metal compound, ultra-pure water and a high boiling point alcohol is at least one selected from the group consisting of 1-heptanol, 1-octanol, decanol, ethylene glycol, propylene glycol, triethylene glycol, and diethylene glycol, and then recovering a transition metal from the transition metal solution.
A mobile communication method comprising: a step of measuring, by a radio base station, throughput in an active period during which downlink data addressed to a mobile station is generated; a step of measuring, by the mobile station, predetermined radio quality in response to measurement configuration information received from the radio base station; a step of reporting, by the mobile station, the measurement result and location information of the mobile station, to the radio base station; and a step of recording, by the radio base station, the location information of the mobile station in addition to the throughput in the active period and the measurement result and associating, by the radio base station, the location information of the mobile station with the throughput in the active period and the measurement result, when the location information of the mobile station is received during the active period. a step of measuring, by a radio base station, throughput in an active period during which downlink data addressed to a mobile station is generated; a step of measuring, by the mobile station, predetermined radio quality in response to measurement configuration information received from the radio base station; a step of reporting, by the mobile station, the measurement result and location information of the mobile station, to the radio base station; and a step of recording, by the radio base station, the location information of the mobile station in addition to the throughput in the active period and the measurement result and associating, by the radio base station, the location information of the mobile station with the throughput in the active period and the measurement result, when the location information of the mobile station is received during the active period.
A process for producing of fruit powder derivatives, in which: (a) a mixture is produced from a whole milk and saccharose, (b) the mixture is subjected to a first temperature treatment and in the course of this is simultaneously sterilized and concentrated, (c) optionally the concentrate thus obtained is subjected to a second temperature treatment in which caramelization occurs, (d) the thus obtained milky or caramelized product is subjected to a first cooling, (e) the thus obtained first cooled product is seeded with lactose crystals, wherein the amount of crystalline lactose is in the range of 150 g to 250 g per 1000 kg concentrate, (f) the thus obtained seeded product is subjected to a second cooling, (g) the product obtained in step (f) is mixed with a fruit concentrate, (h) the thus obtained intermediate is subjected to a drying on a vacuum-belt dryer with subsequent comminution, wherein the intermediate is applied using a feed pump and an oscillating nozzle as foam to the conveyor belts of the vacuum-belt dryer, and finally (i) the dry powder is discharged, wherein the weight ratio of whole milk and saccharose (whole milk + saccharose) to fruit concentrate is 20:80 to 80:20. (a) a mixture is produced from a whole milk and saccharose, (b) the mixture is subjected to a first temperature treatment and in the course of this is simultaneously sterilized and concentrated, (c) optionally the concentrate thus obtained is subjected to a second temperature treatment in which caramelization occurs, (d) the thus obtained milky or caramelized product is subjected to a first cooling, (e) the thus obtained first cooled product is seeded with lactose crystals, wherein the amount of crystalline lactose is in the range of 150 g to 250 g per 1000 kg concentrate, (f) the thus obtained seeded product is subjected to a second cooling, (g) the product obtained in step (f) is mixed with a fruit concentrate, (h) the thus obtained intermediate is subjected to a drying on a vacuum-belt dryer with subsequent comminution, wherein the intermediate is applied using a feed pump and an oscillating nozzle as foam to the conveyor belts of the vacuum-belt dryer, and finally (i) the dry powder is discharged,
A garment assembly for use with exercise stress electrocardiogram comprising: a lead placement layer (10, 110); a support layer (30, 130), wherein the support layer (30, 130) has the form of a sports bra and has a body portion, the body portion having a first end and a second end that are detachedly affixed to one another; wherein the support layer (30, 130) includes at least one strap (36A-B, 136A-B), that includes a fastener configured for holding at least one free end of the body portion of the support layer (30, 130); and an array of electrocardiograph electrodes (52 A-F) for use with electrocardiograph analysis, wherein the lead placement layer (10, 110) includes a first layer connected to the support layer (30,130), and a second layer that is a precordial patch (50, 150), wherein the first layer of the lead placement layer (10, 110) includes indicia for placing the precordial patch (50, 150); and characterized in that the support layer (30,130) includes removable attachment members that allow for the support layer (30, 130) to disengage from the lead placement layer (10, 110) to allow for imaging of a user, whereby in use the support layer (30, 130) is removed from the area of the patient to be imaged, and that the lead placement layer (10, 110), the support layer (30, 130), and the array of electrocardiograph electrodes (52 A-F) are formed from materials which are radiolucent and echolucent. a lead placement layer (10, 110); a support layer (30, 130), wherein the support layer (30, 130) has the form of a sports bra and has a body portion, the body portion having a first end and a second end that are detachedly affixed to one another; wherein the support layer (30, 130) includes at least one strap (36A-B, 136A-B), that includes a fastener configured for holding at least one free end of the body portion of the support layer (30, 130); and an array of electrocardiograph electrodes (52 A-F) for use with electrocardiograph analysis, wherein the lead placement layer (10, 110) includes a first layer connected to the support layer (30,130), and a second layer that is a precordial patch (50, 150), wherein the first layer of the lead placement layer (10, 110) includes indicia for placing the precordial patch (50, 150); and characterized in that the support layer (30,130) includes removable attachment members that allow for the support layer (30, 130) to disengage from the lead placement layer (10, 110) to allow for imaging of a user, whereby in use the support layer (30, 130) is removed from the area of the patient to be imaged, and that the lead placement layer (10, 110), the support layer (30, 130), and the array of electrocardiograph electrodes (52 A-F) are formed from materials which are radiolucent and echolucent.