mhurhangee/ep-ind-claims huggingface dataset:
A purge device (30; 130) purging the inside of a storage container configured to store a product with purge gas, the purge device (30; 130) comprising: a plurality of placing units each configured to place the storage container thereon; a plurality of supply pipes each configured to supply the purge gas to the storage container placed on the corresponding placing unit; a main pipe connected to the supply pipes and configured to supply the purge gas to the supply pipes; a flow rate adjusting unit configured to adjust a flow rate of the purge gas in the main pipe; and a control unit (50; 150) configured to perform a flow rate control in the flow rate adjusting unit, the purge device (30; 130) being characterized in that: when information that the storage container is planned to be loaded is sent from a host controller during purging on the storage container, the control unit (50; 150) is further configured for controlling the flow rate adjusting unit such that a supply flow rate of the purge gas supplied to the storage container becomes 0 and, when the storage container corresponding to the information is placed on the corresponding placing unit, the control unit (50; 150) is further configured for controlling the flow rate adjusting unit such that supply of the purge gas to the storage container is restarted. a plurality of placing units each configured to place the storage container thereon; a plurality of supply pipes each configured to supply the purge gas to the storage container placed on the corresponding placing unit; a main pipe connected to the supply pipes and configured to supply the purge gas to the supply pipes; a flow rate adjusting unit configured to adjust a flow rate of the purge gas in the main pipe; and a control unit (50; 150) configured to perform a flow rate control in the flow rate adjusting unit, the purge device (30; 130) being characterized in that: when information that the storage container is planned to be loaded is sent from a host controller during purging on the storage container, the control unit (50; 150) is further configured for controlling the flow rate adjusting unit such that a supply flow rate of the purge gas supplied to the storage container becomes 0 and, when the storage container corresponding to the information is placed on the corresponding placing unit, the control unit (50; 150) is further configured for controlling the flow rate adjusting unit such that supply of the purge gas to the storage container is restarted.
Pressure-sensitive adhesive comprising at least 50 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one polymer A which may be derived from the following monomer composition: a1) 55 to 75 wt% of 2-propylheptyl acrylate and/or isodecyl acrylate; a2) 20 to 40 wt% of at least one (meth)acrylic acid ester for which the alcohol component is based on a linear C 1 -C 18 alcohol; a3) 5 to 15 wt% of acrylic acid, except for a polymer obtained in the following steps: - charging a 300 I reactor conventional for radical polymerizations with 62.0 kg of 2-propylheptyl acrylate, 27.0 kg of butyl acrylate and 11.0 kg of acrylic acid and also 72.4 kg of acetone/isopropanol (94:6); - passing nitrogen gas through for 45 minutes with stirring; - heating the reactor to 58°C; - adding 50 g of 2,2'-azobis(2-methylbutyronitrile); - heating the external heating bath to 75°C and carrying out the reaction constantly at this external temperature; - adding 50 g of 2,2'-azobis(2-methylbutyronitrile) after 1 h reaction time; - diluting with 20 kg of acetone/isopropanol (94:6) after 3 h and with 10 kg of acetone/isopropanol (94:6) after 6 h; - adding 0.15 kg of bis(4-tert-butylcyclohexyl) peroxydicarbonate after 5.5 and after 7 h respectively to reduce the residual initiators; - discontinuing the reaction after 24 h reaction time and cooling down to room temperature. a1) 55 to 75 wt% of 2-propylheptyl acrylate and/or isodecyl acrylate; a2) 20 to 40 wt% of at least one (meth)acrylic acid ester for which the alcohol component is based on a linear C 1 -C 18 alcohol; a3) 5 to 15 wt% of acrylic acid, - charging a 300 I reactor conventional for radical polymerizations with 62.0 kg of 2-propylheptyl acrylate, 27.0 kg of butyl acrylate and 11.0 kg of acrylic acid and also 72.4 kg of acetone/isopropanol (94:6); - passing nitrogen gas through for 45 minutes with stirring; - heating the reactor to 58°C; - adding 50 g of 2,2'-azobis(2-methylbutyronitrile); - heating the external heating bath to 75°C and carrying out the reaction constantly at this external temperature; - adding 50 g of 2,2'-azobis(2-methylbutyronitrile) after 1 h reaction time; - diluting with 20 kg of acetone/isopropanol (94:6) after 3 h and with 10 kg of acetone/isopropanol (94:6) after 6 h; - adding 0.15 kg of bis(4-tert-butylcyclohexyl) peroxydicarbonate after 5.5 and after 7 h respectively to reduce the residual initiators; - discontinuing the reaction after 24 h reaction time and cooling down to room temperature.
An antenna comprising: a planar dielectric substrate; a conductive annulus on a first surface of the substrate; a first conductive land on the first surface, wherein the first land is outside the annulus and wherein an edge of the first land adjacent to the outward edge of a first portion of the annulus is spaced from the outward edge of the annulus to provide a first slot therebetween, wherein the first slot provides a first port of the antenna; a second conductive land on the first surface wherein the second land is outside the annulus and wherein an edge of the second land adjacent to the outward edge of a second portion of the annulus is spaced from the outward edge of the annulus to provide a second slot therebetween, wherein the second slot provides a second port of the antenna; a decoupling stub on the first surface and connected to the annulus to decouple the first port from the second port. a planar dielectric substrate; a conductive annulus on a first surface of the substrate; a first conductive land on the first surface, wherein the first land is outside the annulus and wherein an edge of the first land adjacent to the outward edge of a first portion of the annulus is spaced from the outward edge of the annulus to provide a first slot therebetween, wherein the first slot provides a first port of the antenna; a second conductive land on the first surface wherein the second land is outside the annulus and wherein an edge of the second land adjacent to the outward edge of a second portion of the annulus is spaced from the outward edge of the annulus to provide a second slot therebetween, wherein the second slot provides a second port of the antenna; a decoupling stub on the first surface and connected to the annulus to decouple the first port from the second port.
Refrigeration appliance (10, 40, 50, 60) having a body which comprises a cooling chamber which is able to be closed at a door opening by means of a door articulated to the body, having a light, having storage shelves in the cooling chamber which are spaced apart from the door opening by a spacing, wherein a free space is present between the door opening and the storage shelves, and having a tray which is arranged below the storage shelves and which projects into the free space in the pushed-in position and which has side walls and a front edge, characterised in that the light is a spotlight (31, 41, 51, 61) for radiating light inside a light cone (42, 52, 62), the centre of the front edge of the tray being located inside the light cone (42, 52, 62) and the side walls of the tray being located outside the light cone (42, 52, 62).
A queue scheduling method, comprising: performing categorizing processing on a message; and performing forwarding processing on the message in a sub-queue; wherein, said performing categorizing processing on a message comprises: receiving the message; obtaining a next hop address of the message; and adding the message to a sub-queue corresponding to the next hop address of the message; characterized by, setting, in the sub-queue, a header used for carrying information of a message total length and a number of messages in the sub-queue; wherein, said adding the message to a sub-queue corresponding to the next hop address of the message comprises: extracting the header of the sub-queue; updating the information of the message total length and the number of messages carried by the header; and adding the message to the sub-queue. performing categorizing processing on a message; and performing forwarding processing on the message in a sub-queue; wherein, said performing categorizing processing on a message comprises: receiving the message; obtaining a next hop address of the message; and adding the message to a sub-queue corresponding to the next hop address of the message; characterized by, setting, in the sub-queue, a header used for carrying information of a message total length and a number of messages in the sub-queue; wherein, said adding the message to a sub-queue corresponding to the next hop address of the message comprises: extracting the header of the sub-queue; updating the information of the message total length and the number of messages carried by the header; and adding the message to the sub-queue. receiving the message; obtaining a next hop address of the message; and adding the message to a sub-queue corresponding to the next hop address of the message; characterized by, setting, in the sub-queue, a header used for carrying information of a message total length and a number of messages in the sub-queue; wherein, said adding the message to a sub-queue corresponding to the next hop address of the message comprises: extracting the header of the sub-queue; updating the information of the message total length and the number of messages carried by the header; and adding the message to the sub-queue. extracting the header of the sub-queue; updating the information of the message total length and the number of messages carried by the header; and adding the message to the sub-queue.
A safety device arrangement for a firearm with a magazine well comprising: an insert (3A; 3B; 3C; 3D; 3E) which is adapted to the dimensions and shape of the magazine well (2A, 2B, 2C) and is lockable therein by a locking mechanism and a rack element (4A, 4B, 4C, 4B', 4C', 4D, 4G) for carrying the firearm, whereupon the body of the insert (5A; 5B; 5C, 51; 5D, 66; 5E, 66A; 5F; 5G) exposed from the magazine well is adapted in dimensions and shape to fit against a carrier part (17, 18, 19; 17, 18A, 19; 17C, 18; 17D, 18B; 17G) of the rack element, characterised in that: the carrier part of the rack element is provided with an opening, slot or equivalent (18, 18A, 18B) and the body of the insert exposed from the magazine well is provided with a hollow protrusion (7, 7A, 7B) adapted to fit to said opening, slot or equivalent and extended through and outside of the carrier part, and on the other hand opening inside the body; and the locking mechanism comprises a rotating locking bar (9, 9A, 9C) extending inside the insert, and a latch (12, 41) coupled to the rotating locking bar, wherein rotational movement of the rotating locking bar (9, 9A, 9C) is configured to turn the latch (12, 41) between a position locking the insert (3A; 3B; 3C; 3D; 3E) to the magazine well (2A, 2B, 2C), and a position releasing the locking. an insert (3A; 3B; 3C; 3D; 3E) which is adapted to the dimensions and shape of the magazine well (2A, 2B, 2C) and is lockable therein by a locking mechanism and a rack element (4A, 4B, 4C, 4B', 4C', 4D, 4G) for carrying the firearm, whereupon the body of the insert (5A; 5B; 5C, 51; 5D, 66; 5E, 66A; 5F; 5G) exposed from the magazine well is adapted in dimensions and shape to fit against a carrier part (17, 18, 19; 17, 18A, 19; 17C, 18; 17D, 18B; 17G) of the rack element, the carrier part of the rack element is provided with an opening, slot or equivalent (18, 18A, 18B) and the body of the insert exposed from the magazine well is provided with a hollow protrusion (7, 7A, 7B) adapted to fit to said opening, slot or equivalent and extended through and outside of the carrier part, and on the other hand opening inside the body; and the locking mechanism comprises a rotating locking bar (9, 9A, 9C) extending inside the insert, and a latch (12, 41) coupled to the rotating locking bar, wherein rotational movement of the rotating locking bar (9, 9A, 9C) is configured to turn the latch (12, 41) between a position locking the insert (3A; 3B; 3C; 3D; 3E) to the magazine well (2A, 2B, 2C), and a position releasing the locking.
Adjustment method for service brake functions of mobile working machines, in particular agricultural machines and construction machines, comprising the following steps: - sensing at least one external signal via at least one sensor and forwarding it to a control unit; - processing the at least one external signal and determining a setpoint brake pressure on the basis of at least one external signal; - calculating a necessary electrical valve current based on the determined setpoint brake pressure; - forwarding the calculated valve current to a control valve of a brake actuating pedal; and - adjusting a brake pressure in a hydraulic brake circuit (03, 04) via the brake actuating pedal, with the result that a service brake function is set, wherein the calculation of the valve current is carried out by a preselection of brake function modes via a man-machine interface, wherein the adjusting of service brake functions is carried out automatically after the preselection of a brake function mode, characterized in that the external signal is determined from continuous environment monitoring of the mobile working machine. - sensing at least one external signal via at least one sensor and forwarding it to a control unit; - processing the at least one external signal and determining a setpoint brake pressure on the basis of at least one external signal; - calculating a necessary electrical valve current based on the determined setpoint brake pressure; - forwarding the calculated valve current to a control valve of a brake actuating pedal; and - adjusting a brake pressure in a hydraulic brake circuit (03, 04) via the brake actuating pedal, with the result that a service brake function is set,
Mould device in a continuous casting plant for the casting of liquid metal to form a cast strip, comprising: - two opposite mould wide-side plates; - two opposite wide-side water tanks each for supporting one of the mould wide-side plates, wherein at least one of the wide-side water tanks is connected with a water supply device by way of a conduit section; - two mould narrow-side plates, which are arranged between the mould wide sides and opposite one another; and - two narrow-side support devices for supporting the mould narrow-side plates, characterised in that - the conduit section comprises, for conducting through a liquid: a conduit element with an inflow-side end and a consumer-side end; an inflow device for the fluid; an inflow-side ball joint, which is arranged at the inflow-side end of the conduit element, with a passage channel for articulated and fluid-conducting connection of the inflow-side end of the conduit element with the inflow device for the fluid, wherein a consumer-side ball joint arranged at the consumer-side end of the conduit element is formed with a passage channel for articulated and fluid-conducting connection of the consumer-side end of the conduit element with a consumer, wherein the inflow device corresponds with a pipe length, which leads to the water supply device and the consumer corresponds with at least one of the wide-side water tanks. - two opposite mould wide-side plates; - two opposite wide-side water tanks each for supporting one of the mould wide-side plates, wherein at least one of the wide-side water tanks is connected with a water supply device by way of a conduit section; - two mould narrow-side plates, which are arranged between the mould wide sides and opposite one another; and - two narrow-side support devices for supporting the mould narrow-side plates, - the conduit section comprises, for conducting through a liquid: a conduit element with an inflow-side end and a consumer-side end; an inflow device for the fluid; an inflow-side ball joint, which is arranged at the inflow-side end of the conduit element, with a passage channel for articulated and fluid-conducting connection of the inflow-side end of the conduit element with the inflow device for the fluid, wherein a consumer-side ball joint arranged at the consumer-side end of the conduit element is formed with a passage channel for articulated and fluid-conducting connection of the consumer-side end of the conduit element with a consumer, wherein the inflow device corresponds with a pipe length, which leads to the water supply device and the consumer corresponds with at least one of the wide-side water tanks.
A molding method for a molded article, comprising: molding a molded article in a molding die including a sprue, a runner (13, 14), a gate, and a cavity in series; opening the molding die; and, thereafter removing a burr (54, 55) formed in the runner (13, 14) from the molding die; wherein in the removing, with the burr (54, 55) adhering to a pliable sheet member such as paper or nonwoven fabric placed beforehand in the molding die, peeling the sheet member from the molding die causes the burr (54, 55) to be removed together with the sheet member; characterized in that a radiused shape (56, 61) with an arcuate cross section is given by the molding die to a periphery of an adhering portion (55a, 59a), to the sheet member, of the burr (54, 55) so as to make the burr (54, 55) less prone to detach from the sheet member in the peeling, the radiused shape (56, 61) being a concave radiused shape, wherein in addition to the radiused shape (56, 61) with an arcuate cross section being given by the molding die to the periphery of the adhering portion (55a, 59a), to the sheet member, of the burr (54, 55), a thin film-like adhered portion integral with the burr (54, 55) is molded by the molding die on an outer side of the radiused shape (56, 61). molding a molded article in a molding die including a sprue, a runner (13, 14), a gate, and a cavity in series; opening the molding die; and, thereafter removing a burr (54, 55) formed in the runner (13, 14) from the molding die; wherein in the removing, with the burr (54, 55) adhering to a pliable sheet member such as paper or nonwoven fabric placed beforehand in the molding die, peeling the sheet member from the molding die causes the burr (54, 55) to be removed together with the sheet member; characterized in that a radiused shape (56, 61) with an arcuate cross section is given by the molding die to a periphery of an adhering portion (55a, 59a), to the sheet member, of the burr (54, 55) so as to make the burr (54, 55) less prone to detach from the sheet member in the peeling, the radiused shape (56, 61) being a concave radiused shape, wherein in addition to the radiused shape (56, 61) with an arcuate cross section being given by the molding die to the periphery of the adhering portion (55a, 59a), to the sheet member, of the burr (54, 55), a thin film-like adhered portion integral with the burr (54, 55) is molded by the molding die on an outer side of the radiused shape (56, 61).
An arrangement formed of a first component and a second component, wherein at least the first or the second component (2; 3) is a fibre/plastics material composite component; and the first and second component (2, 3) are connected together to produce a clamping connection of the components by an expansion bolt which generates a clamping force which brings about the clamping connection and compensates for a creep behaviour of the fibre/plastics material composite component, characterised in that the expansion bolt to clamp the first and second component (2, 3) is passed through corresponding passages in the components (2, 3) and to generate the clamping connection of the components is provided on one side with a nut, and the expansion bolt is passed through an additional expansion sleeve which compensates for the creep behaviour additionally to the expansion bolt.
A method comprising: receiving, by a station device, a beacon transmission from a remote wireless communications device; based at least on a portion of the beacon transmission, performing, by the station device, millimeter wave beamforming towards the remote wireless communications device; and engaging, by the station device, in an association process comprising transmitting an association request to the wireless communications device; wherein said beamforming begins before completion of the association process and at least a portion of the association request is transmitted in a directional mode. receiving, by a station device, a beacon transmission from a remote wireless communications device; based at least on a portion of the beacon transmission, performing, by the station device, millimeter wave beamforming towards the remote wireless communications device; and engaging, by the station device, in an association process comprising transmitting an association request to the wireless communications device; wherein said beamforming begins before completion of the association process and at least a portion of the association request is transmitted in a directional mode.
An alkyd polymer composition for use in low volatile organic compound containing products, the alkyd polymer composition comprising, as polymerized units an alkyd polymer of: 15 to 75 wt. % of one or more fatty acids; 5 to 35 wt. % of a sugar alcohol having at least 6 carbon atoms; 2 to 10 wt. % of a polyol with four or more hydroxyl functional groups; and 5 to 25 wt. % of an aromatic polyacid with at least two carboxylic acid groups located in a meta-position relative to one another; wherein the alkyd polymer composition has a Gardner-Holt viscosity with 30 weight % mineral spirits at 25°C that is less than or equal to Z4, measured as indicated in the specification, a dry-hard time of less than 10 hours when tested with metal driers according to ASTM D1640-03, and a clear appearance that transmits 20% or more of impinging visible light having a wavelength of 540 nm, measured as indicated in the specification. 15 to 75 wt. % of one or more fatty acids; 5 to 35 wt. % of a sugar alcohol having at least 6 carbon atoms; 2 to 10 wt. % of a polyol with four or more hydroxyl functional groups; and 5 to 25 wt. % of an aromatic polyacid with at least two carboxylic acid groups located in a meta-position relative to one another;