mhurhangee/ep-ind-claims huggingface dataset:
System for transforming plastic parisons to plastic containers with a transport device which transports the plastic parisons along a predetermined transport path, wherein the transport device has a movable station support disposed at least indirectly on a stationary base support on which a plurality of transforming stations is disposed, wherein these transforming stations each have blow mould devices which each form cavities within which the plastic parisons can be transformed into the plastic containers and these blow mould devices are each disposed on blow mould supports, wherein the system has a changing device which is suitable and intended to, in a changing mode of the system, at least to remove the blow mould devices from their blow mould supports and/or to dispose blow mould devices on the blow mould supports, and wherein, during a further mode of operation which differs from the changing mode, this changing device is suitable and intended for carrying out a treatment operation on at least one working element intended for the system, wherein the treatment operation is selected from a group of treatment operations which includes cleaning operations, maintenance operations, sterilising operations, combinations thereof, wherein the working element is selected from a group of working elements which includes blow moulds, gripping elements, holding mandrels for holding the containers, stretching rods, blow moulding dies, filling valves, wherein the changing device has a gripping device for gripping the blow mould device, wherein this gripping device is movable in at least two different directions, and wherein the transport device and the changing device are suitable and intended for the station support to be moved continuously in a working operation, characterized in that the transport device and the changing device are suitable and intended for moving the station support in a clocked manner in a changing mode, and further wherein a movement of this station support is also adjusted to a movement of the changing device.
Electrolytic manganese dioxide characterized in that the alkali potential, as measured in a 40% KOH aqueous solution by using a mercury/mercury oxide reference electrode as a standard, is at least 310 mV, discharge capacity per weight (mAh/g) of the electrolytic manganese dioxide in AA battery at a 1 watt discharge until the voltage reached a cutoff voltage of 0.9 V is at least 70 mAh/g, the full width at half maximum (FWHM) of the plane in the XRD measurement using CuKα line as the light source is at least 2.2° and at most 3.0°, and the / peak intensity ratio in the X-ray diffraction peaks is at least 0.50 and at most 0.80.
A gate arrangement adapted to be used in an animal feeding station, the gate arrangement comprising a gate arranged to be pivotably suspended, and a gate actuation mechanism, wherein the gate actuation mechanism comprises a linkage and an actuation member, wherein the linkage connects the actuation member with the gate, wherein the actuation member is arranged to be actuated by a neck and/or a back of an animal to pivot the gate via the linkage, and wherein the actuation member is suspended to pivot about a substantially horizontal first pivot axis, characterised in that the actuation member comprises a rotatable member arranged to abut against the neck and/or the back of the animal, the rotatable member being arranged to rotate about a substantially horizontal second pivot axis.
An arrangement for receiving a multi-part casting mold, in particular an at,least two-part blow mold, with at least two mold clamping elements (14, 16) arranged on a base frame, at least one mold clamping element (14, 16) of which is arranged movably on the base frame, wherein the front sides (15, 17) of the mold clamping elements (14, 16) substantially face each other and hold at least one casting mold element (46, 48) each, wherein at least one of the mold clamping elements (14, 16) comprises at least one movable locking element (38 to 44) which is movable by means of a drive unit (30 to 36) from a first retracted position into a second extended position, in which the locking element (38 to 44) engages into a locking device (50 to 56) provided in the opposite mold clamping element (14, 16) and is lockable thereat, characterized in that the drive unit (30 to 36) comprises a main cylinder with a main piston and a travel cylinder with a travel piston, wherein the travel cylinder is connected to the main piston of the main cylinder and is movable therewith, that the travel piston has a piston rod which is connected to the locking element (38 to 44) and is movably mounted in the main piston in a concentric manner, and that in the operating state of molding, the travel piston strikes against the main piston, wherein the main cylinder provides the locking force to keep the casting mold closed during molding.
One-part polyurethane composition, comprising, based on the total composition: A) between 15 and 75 wt.-% of at least one isocyanate-functional polyurethane polymer PU; B) between 5 and 30 wt.-% of at least one organic thixotropy agent TX; C) between 2 and 25 wt.-% of at least one plasticizer PL having a viscosity of less than 500 mPa s, measured at 0 °C with a cone-plate viscosimeter, shear rate 10 s -1, cone angle 1°, spindle 25-2, and a cone tip-plate distance of 0.05 mm; D) between 0 and 15 wt.-% of at least one solvent SL; E) between 0 and 50 wt.-% of at least one filler F; F) at least one catalyst C for the curing of polyurethane compositions; wherein the isocyanate-functional polyurethane polymer PU has an NCO content in the range of 0.8% to 2.5% by weight; and the isocyanate-functional polyurethane polymer PU is obtained from the reaction of methylene diphenyl diisocyanate and a polyol P in an NCO / OH ratio of at least 3/1 and subsequent removal of a major part of the non-reacted MDI by means of a suitable separation process; and said polyol P has a viscosity, measured according to ASTM D4878-15 at 25 °C, of less than 2000 mPa s; and the isocyanate-functional polyurethane polymer PU has a remaining content of MDI of at most 0.5% by weight; and at least one, preferably both of the ingredients C) and D) are contained in the composition. A) between 15 and 75 wt.-% of at least one isocyanate-functional polyurethane polymer PU; B) between 5 and 30 wt.-% of at least one organic thixotropy agent TX; C) between 2 and 25 wt.-% of at least one plasticizer PL having a viscosity of less than 500 mPa s, measured at 0 °C with a cone-plate viscosimeter, shear rate 10 s -1, cone angle 1°, spindle 25-2, and a cone tip-plate distance of 0.05 mm; D) between 0 and 15 wt.-% of at least one solvent SL; E) between 0 and 50 wt.-% of at least one filler F; F) at least one catalyst C for the curing of polyurethane compositions; the isocyanate-functional polyurethane polymer PU has an NCO content in the range of 0.8% to 2.5% by weight; and the isocyanate-functional polyurethane polymer PU is obtained from the reaction of methylene diphenyl diisocyanate and a polyol P in an NCO / OH ratio of at least 3/1 and subsequent removal of a major part of the non-reacted MDI by means of a suitable separation process; and said polyol P has a viscosity, measured according to ASTM D4878-15 at 25 °C, of less than 2000 mPa s; and the isocyanate-functional polyurethane polymer PU has a remaining content of MDI of at most 0.5% by weight; and at least one, preferably both of the ingredients C) and D) are contained in the composition.
Filling element for use with a filling machine of circulating design, for filling bottles or similar containers with a liquid filling material, wherein the filling machine comprises of a rotor driven such as to circulate around a vertical machine axis, formed at the circumference of which are a plurality of filling positions, comprising in each case a filling element and a container carrier, with a filling element housing (4.1) in which at least one liquid channel (4.2) is formed which is required for the filling function and is used as a dispensing opening for the controlled dispensing of filling material to the respective container, characterised in that, in addition to the at least one channel (4.2) required for the filling function, at least one separate cleaning and/or disinfecting channel (16, 23, 29) is formed in or on the filling element housing (4.1), said channel, for the purpose of controlled delivery of a cleaning and/or disinfection medium, preferably a liquid cleaning and/or disinfection medium, onto an inner surface of machine elements which are not moved with the rotor, connects a spray nozzle or spray nozzle assembly, provided on an outer surface of the filling element housing (4.1), located on the outside in relation to the vertical machine axis, to a connection for the conveying of this medium.
A method for tracking a position and orientation of a pedestrian, the method comprising: tracking, using a head mounted tracking device, at least one of a head position or a head orientation of the pedestrian; tracking, using a foot mounted tracking device, at least one of a foot position or a foot orientation of the pedestrian; determining a first heading or position uncertainty associated with the at least one of the head position or the head orientation of the pedestrian; determining a second heading or position uncertainty associated with the at least one of the foot position or the foot orientation of the pedestrian; determining which of the first heading or position uncertainty or the second heading or position uncertainty is smaller; and transferring the first heading or position uncertainty to the foot mounted tracking device and correcting the tracked foot position or the tracked foot orientation of the pedestrian using the first heading or position uncertainty when it is determined that the first heading or position uncertainty is smaller, and transferring the second heading or position uncertainty to the head mounted tracking device and correcting the tracked head position or the tracked head orientation of the pedestrian using the second heading or position uncertainty when it is determined that the second heading or position uncertainty is smaller. tracking, using a head mounted tracking device, at least one of a head position or a head orientation of the pedestrian; tracking, using a foot mounted tracking device, at least one of a foot position or a foot orientation of the pedestrian; determining a first heading or position uncertainty associated with the at least one of the head position or the head orientation of the pedestrian; determining a second heading or position uncertainty associated with the at least one of the foot position or the foot orientation of the pedestrian; determining which of the first heading or position uncertainty or the second heading or position uncertainty is smaller; and transferring the first heading or position uncertainty to the foot mounted tracking device and correcting the tracked foot position or the tracked foot orientation of the pedestrian using the first heading or position uncertainty when it is determined that the first heading or position uncertainty is smaller, and transferring the second heading or position uncertainty to the head mounted tracking device and correcting the tracked head position or the tracked head orientation of the pedestrian using the second heading or position uncertainty when it is determined that the second heading or position uncertainty is smaller.
An uplink information sending method, applied to a terminal, wherein the method is characterized by comprising: when a plurality of pieces of uplink information, which are to be sent based on a plurality of spatial relations corresponding to a plurality of beams, conflict, determining a target spatial relation of at least part of uplink information in the plurality of pieces of uplink information, wherein the at least part of uplink information in the plurality of pieces of uplink information is to-be-sent uplink information in the plurality of pieces of uplink information, and the target spatial relation is at least one spatial relation configured or indicated by a network device for the terminal; and sending the at least part of uplink information in the plurality of pieces of uplink information based on the target spatial relation, wherein uplink information sent based on a same spatial relation in the target spatial relation does not conflict; wherein conflict between the plurality of pieces of uplink information means that at least one orthogonal frequency division multiplexing, OFDM, symbol of time-frequency resources of channels or signals that are used to transmit the plurality of pieces of uplink information overlaps in time domain. when a plurality of pieces of uplink information, which are to be sent based on a plurality of spatial relations corresponding to a plurality of beams, conflict, determining a target spatial relation of at least part of uplink information in the plurality of pieces of uplink information, wherein the at least part of uplink information in the plurality of pieces of uplink information is to-be-sent uplink information in the plurality of pieces of uplink information, and the target spatial relation is at least one spatial relation configured or indicated by a network device for the terminal; and sending the at least part of uplink information in the plurality of pieces of uplink information based on the target spatial relation, wherein uplink information sent based on a same spatial relation in the target spatial relation does not conflict; wherein conflict between the plurality of pieces of uplink information means that at least one orthogonal frequency division multiplexing, OFDM, symbol of time-frequency resources of channels or signals that are used to transmit the plurality of pieces of uplink information overlaps in time domain.
An ultrasonic sensor device for a motor vehicle, comprising an ultrasonic sensor, which comprises a pot-shaped membrane for emitting and/or receiving ultrasonic signals, comprising a decoupling ring, which is arranged to fit around the membrane in contact with an outer circumference of the membrane, and comprising a stiffening element, which is arranged around the decoupling ring, characterized in that the decoupling ring comprises a circumferential first radial decoupling region which is in contact with the outer circumference of the membrane as well as a second radial decoupling region with an axial front side, which is in contact with an axial front side of the stiffening element, wherein the axial front side of the decoupling ring forms a front, which faces in the direction towards a trim part of the motor vehicle and is in contact with a back side of the stiffening element that faces the ultrasonic sensor and faces away from the trim part.
An elevator system comprising: a traveling component movable along a guide rail within an elevator hoistway, the traveling component including a structural member (310, 312); a safety block mounted to the structural member, the safety block translatable in a first direction and a second direction, the safety block including a first brake element and a second brake element; a biasing member (404a, 404b) configured to position the safety block in a first position corresponding to a first state in which neither the first brake element nor the second brake element is in contact with the guide rail; an actuator configured to translate the safety block in the first direction wherein the actuator comprises an electromagnet and a permanent magnet; characterized in that: the safety block is mounted to the structural member (310, 312) by a mounting plate; and the structural member (310, 312) includes an opening, the mounting plate configured to travel within the opening. a traveling component movable along a guide rail within an elevator hoistway, the traveling component including a structural member (310, 312); a safety block mounted to the structural member, the safety block translatable in a first direction and a second direction, the safety block including a first brake element and a second brake element; a biasing member (404a, 404b) configured to position the safety block in a first position corresponding to a first state in which neither the first brake element nor the second brake element is in contact with the guide rail; an actuator configured to translate the safety block in the first direction wherein the actuator comprises an electromagnet and a permanent magnet; characterized in that: the safety block is mounted to the structural member (310, 312) by a mounting plate; and the structural member (310, 312) includes an opening, the mounting plate configured to travel within the opening.
A method for producing a brush head, in particular a toothbrush head, in which at least two different cleaning elements are embedded at one of their ends in a bristle carrier, wherein said ends are fused by heat before embedding, characterized in that different amounts of heat are supplied to each of the at least two different cleaning elements by subjecting them, either individually or in groups, to a targeted flow of hot gas that is directed towards the ends of the cleaning elements and that is created using separate nozzles, or by subjecting them, either individually or in groups, to targeted infrared radiation that is directed towards the ends of the cleaning elements and that is created using separate reflectors.
An outdoor collapsible shelter, especially but not exclusively for use in angling, comprising a plurality of ribs (12, 22) which are splayed apart when the shelter is erected for use, sheet material attached to the ribs (12, 22) in such a way that it is stretched out when the ribs (12, 22) are so splayed, at least one storm rod and at least one connector (26, 28) which connects the said at least one storm rod to one of the said ribs when the shelter is in use, in which the said at least one connector (26, 28) comprises a releasable snap-fit mechanism having a first part attached to the said at least one of the said ribs and a second part attached to the said at least one storm rod when the shelter is in use, characterized by said first part and the said second part being so constructed that they are connected together releasably by a snap-fit (40, 58) when the shelter is in use, wherein one of the said two parts (26, 28) comprises a male part, and the other of the said two parts (26, 28) comprises a female part which receives the said male part when the two parts (26, 28) are brought together.
A near-field electromagnetic induction, NFEMI, antenna, comprising: a core; an electric antenna including an electrically conductive surface; a magnetic antenna including a first coil coupled to a second coil; a first feeding connection coupled to one end of the first coil; a second feeding connection coupled directly to another end of the first coil and coupled directly to one end of the second coil; wherein the first and second feeding connections are configured to be coupled to an electrical apparatus; wherein another end of the second coil is coupled to the electrically conductive surface; a magnetic permeable material between the first and second coils of the magnetic antenna and the core; and wherein the first coil, the second coil, the magnetic permeable material, and the electrically conductive surface are wrapped around the core. a core; an electric antenna including an electrically conductive surface; a magnetic antenna including a first coil coupled to a second coil; a first feeding connection coupled to one end of the first coil; a second feeding connection coupled directly to another end of the first coil and coupled directly to one end of the second coil; wherein the first and second feeding connections are configured to be coupled to an electrical apparatus; wherein another end of the second coil is coupled to the electrically conductive surface; a magnetic permeable material between the first and second coils of the magnetic antenna and the core; and wherein the first coil, the second coil, the magnetic permeable material, and the electrically conductive surface are wrapped around the core.
Method for applying a mineral binder composition by 3D printing, comprising the steps of - providing a hydrous mineral binder composition, - feeding the hydrous mineral binder composition, especially by a pump, to a continuous mixer comprising • a mixing region comprising at least one dynamic mixing element and at least one inlet, • a conveying region connected to the mixing region and comprising at least one conveying device and an outlet, the hydrous mineral binder composition being conveyed through the at least one inlet into the mixing region, - feeding at least one aqueous accelerator for the setting of the hydrous mineral binder composition into the mixing region of the continuous mixer, - mixing the at least one aqueous accelerator with the hydrous binder composition in the mixing region of the continuous mixer to give an accelerated binder composition, - conveying the accelerated binder composition by the conveying device to the outlet, and - applying the accelerated binder composition layer by layer, in particular by way of a movable printing head, characterized in that the method is a method for producing shaped bodies by applying a formable material in a plurality of layers or relatively small portions, where a solid shaped body is formed after curing and where the layers in this case are not applied by spraying. - providing a hydrous mineral binder composition, - feeding the hydrous mineral binder composition, especially by a pump, to a continuous mixer comprising • a mixing region comprising at least one dynamic mixing element and at least one inlet, • a conveying region connected to the mixing region and comprising at least one conveying device and an outlet, the hydrous mineral binder composition being conveyed through the at least one inlet into the mixing region, • a mixing region comprising at least one dynamic mixing element and at least one inlet, • a conveying region connected to the mixing region and comprising at least one conveying device and an outlet, - feeding at least one aqueous accelerator for the setting of the hydrous mineral binder composition into the mixing region of the continuous mixer, - mixing the at least one aqueous accelerator with the hydrous binder composition in the mixing region of the continuous mixer to give an accelerated binder composition, - conveying the accelerated binder composition by the conveying device to the outlet, and - applying the accelerated binder composition layer by layer, in particular by way of a movable printing head, characterized in that the method is a method for producing shaped bodies by applying a formable material in a plurality of layers or relatively small portions, where a solid shaped body is formed after curing and where the layers in this case are not applied by spraying.