mhurhangee/ep-ind-claims huggingface dataset:
A liquid blow molding method for molding a bottomed tubular-shaped preform into a liquid-containing container in which a content liquid is held, the liquid blow molding method comprising: a filling step of filling a first liquid in a first pressurizing source and filling a second liquid in a second pressurizing source; and a molding step of liquid blow molding the preform by simultaneously supplying, to the preform, the first liquid pressurized to a predetermined pressure by the first pressurizing source and the second liquid pressurized to 10 a predetermined pressure by the second pressurizing source by simultaneously operating the first pressurizing source and the second pressurizing source characterized by that the first liquid is mainly composed of oil; and the second liquid is mainly composed of water and having properties to be easily separated from the first liquid. into a liquid-containing container in which a content liquid is held, the liquid blow molding method comprising: a filling step of filling a first liquid in a first pressurizing source and filling a second liquid in a second pressurizing source; and a molding step of liquid blow molding the preform by simultaneously supplying, to the preform, the first liquid pressurized to a predetermined pressure by the first pressurizing source and the second liquid pressurized to 10 a predetermined pressure by the second pressurizing source by simultaneously operating the first pressurizing source and the second pressurizing source a filling step of filling a first liquid in a first pressurizing source and filling a second liquid in a second pressurizing source; and a molding step of liquid blow molding the preform by simultaneously supplying, to the preform, the first liquid pressurized to a predetermined pressure by the first pressurizing source and the second liquid pressurized to 10 a predetermined pressure by the second pressurizing source by simultaneously operating the first pressurizing source and the second pressurizing source characterized by that the first liquid is mainly composed of oil; and the second liquid is mainly composed of water and having properties to be easily separated from the first liquid. the first liquid is mainly composed of oil; and the second liquid is mainly composed of water and having properties to be easily separated from the first liquid.
Dust separation device with the following features: an inlet pipe for feeding contaminated air to a separation volume in an inlet direction; an air inlet of the inlet pipe, which is embodied such that the air flowing in via the air inlet into the inlet pipe obtains a motion component in a direction tangential to the inlet direction, so that the air current moves on a helical path towards the separation volume; and an outlet pipe, which at least partially concentrically encloses the inlet pipe, for drawing in the air, which connects to the separation volume opposite the inlet direction, wherein the separation volume tapers in a conical manner in the inlet direction, characterised in that the inlet pipe has a conical region, extending into the separation volume, of a cross-section which tapers in a conical manner in the inlet direction or a transition region, extending into the separation volume, of a cross-section which enlarges in a monotonous manner in the inlet direction. an inlet pipe for feeding contaminated air to a separation volume in an inlet direction; an air inlet of the inlet pipe, which is embodied such that the air flowing in via the air inlet into the inlet pipe obtains a motion component in a direction tangential to the inlet direction, so that the air current moves on a helical path towards the separation volume; and an outlet pipe, which at least partially concentrically encloses the inlet pipe, for drawing in the air, which connects to the separation volume opposite the inlet direction, wherein the separation volume tapers in a conical manner in the inlet direction, characterised in that the inlet pipe has a conical region, extending into the separation volume, of a cross-section which tapers in a conical manner in the inlet direction or a transition region, extending into the separation volume, of a cross-section which enlarges in a monotonous manner in the inlet direction.
A method of wireless communication performed by a processor of a first mobile device, comprising: receiving configuration information that is associated with a future-compatible control channel and that provides an indication of a plurality of features described in the control channel and an indication of how the plurality of features are configured in a plurality of regions of the control channel, for enabling flexibility in adding or removing functionality in the control channel; receiving the control channel, wherein the control channel is common for a group of mobile devices, and includes a first subset of one or more regions configured to include information describing one or more of the plurality of features that are supported by the first mobile device, and includes a second subset of one or more regions configured to include information describing another one or more of the plurality of features supported by a second mobile device and not supported by the first mobile device; and processing the first subset of one or more regions of the control channel that are associated with one or more of the plurality of features that are supported and not processing the second subset of one or more regions of the control channel that are associated with the one or more of the plurality of features not supported by the first mobile device; and receiving configuration information that provide an indication of a size of the control channel allocated for each of the plurality of features and an indication of an order in which the plurality of features are included in the control channel. receiving configuration information that is associated with a future-compatible control channel and that provides an indication of a plurality of features described in the control channel and an indication of how the plurality of features are configured in a plurality of regions of the control channel, for enabling flexibility in adding or removing functionality in the control channel; receiving the control channel, wherein the control channel is common for a group of mobile devices, and includes a first subset of one or more regions configured to include information describing one or more of the plurality of features that are supported by the first mobile device, and includes a second subset of one or more regions configured to include information describing another one or more of the plurality of features supported by a second mobile device and not supported by the first mobile device; and processing the first subset of one or more regions of the control channel that are associated with one or more of the plurality of features that are supported and not processing the second subset of one or more regions of the control channel that are associated with the one or more of the plurality of features not supported by the first mobile device; and receiving configuration information that provide an indication of a size of the control channel allocated for each of the plurality of features and an indication of an order in which the plurality of features are included in the control channel.
A fluid dispenser head for associating with a fluid dispenser member, said head comprising a body defining a fluid outlet channel, a nozzle (2; 2') defining a dispenser orifice, and a cover that is assembled on the body in such a manner as to mask it at least in part, the head being characterized in that the cover is overmolded on the body.
Method for dosing bulk material, in particular plastic granulate, for machines machining plastic granulate, in particular for injection moulding machines, wherein different amounts of different plastic granulates are introduced in batches according to freely adjustable formulations and each type of plastic granulate, such as for example new material, main batch, additives and/or material to be ground, are successively passed through material funnels to a weighing container via a material valve, weighed in the weighing container and the formulation is subsequently mixed in a mixer, characterised in that the amount of plastic granulate, preferably new material and/or material to be ground, which is more than the formulation is introduced in parallel or multi-parallel from at least two material funnels in the weighing container, that the parallel or multi-parallel filling is stopped just before the target quantity is reached, preferably at approximately 95% of the target quantity, and that the weighing container is only filled from one material funnel via a material valve to reach the target quantity of the parallel filling.
A method of pulping wastepaper comprising: (a) providing a pulping vessel with a rotor having a power drive and at least one suitable flow sensor adapted to measure slurry flow within the pulping vessel without exposure to a moving pulp mass; (b) charging the pulping vessel with wastepaper and water to form a slurry, the amounts of wastepaper and water being present such that the slurry has consistency in the range of from 10% to 30%; (c) pulping the wastepaper charge in the pulping vessel while monitoring poloidal slurry flow in the pulping vessel with the flow sensor; and (d) from time-to-time, adding water to the pulping vessel when the poloidal flow in the pulping vessel falls below a predetermined lower threshold flow value in order to reduce viscosity and thereby restore poloidal flow within the pulping vessel, wherein the lower threshold flow value is from 0.05 ft/sec to 0.5 ft/sec (1.5 cm/sec to 15 cm/sec). (a) providing a pulping vessel with a rotor having a power drive and at least one suitable flow sensor adapted to measure slurry flow within the pulping vessel without exposure to a moving pulp mass; (b) charging the pulping vessel with wastepaper and water to form a slurry, the amounts of wastepaper and water being present such that the slurry has consistency in the range of from 10% to 30%; (c) pulping the wastepaper charge in the pulping vessel while monitoring poloidal slurry flow in the pulping vessel with the flow sensor; and (d) from time-to-time, adding water to the pulping vessel when the poloidal flow in the pulping vessel falls below a predetermined lower threshold flow value in order to reduce viscosity and thereby restore poloidal flow within the pulping vessel, wherein the lower threshold flow value is from 0.05 ft/sec to 0.5 ft/sec (1.5 cm/sec to 15 cm/sec).
A mobile access point, AP, station, comprising: a transceiver configured to transmit and receive wireless communications; and one or more processors communicatively coupled to the transceiver and configured to: operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station (120a, 120b, 120c) to associate with the mobile AP station; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP; and transmit infrastructure traffic to the AP. a transceiver configured to transmit and receive wireless communications; and one or more processors communicatively coupled to the transceiver and configured to: operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station (120a, 120b, 120c) to associate with the mobile AP station; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP; and transmit infrastructure traffic to the AP. operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station (120a, 120b, 120c) to associate with the mobile AP station; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP; and transmit infrastructure traffic to the AP.
Hand-held power tool comprising: an activation circuit for providing an adjustment signal depending on an actuation of a button, a control device for adjusting a drive current for an electric motor of the hand-held power tool depending on the adjustment signal, the control device being connected via a first electrical line arrangement to an electrical energy source for operating the hand-held power tool, the activation circuit being connected to the control device via a second electrical line arrangement, a drive current line (16A, 16B) carrying the drive current for the electric motor being routed via an interrupter switch, coupled to the button, for interrupting the drive current, characterized in that a suppression capacitor is connected via a first node to the drive current line (16A, 16B) and via a second node to the second electrical line arrangement. an activation circuit for providing an adjustment signal depending on an actuation of a button, a control device for adjusting a drive current for an electric motor of the hand-held power tool depending on the adjustment signal, the control device being connected via a first electrical line arrangement to an electrical energy source for operating the hand-held power tool, the activation circuit being connected to the control device via a second electrical line arrangement, a drive current line (16A, 16B) carrying the drive current for the electric motor being routed via an interrupter switch, coupled to the button, for interrupting the drive current, characterized in that a suppression capacitor is connected via a first node to the drive current line (16A, 16B) and via a second node to the second electrical line arrangement.
Adhesive applicator for storing and applying adhesive, comprising an adhesive reservoir having a cavity, a piston, and a nozzle, which are configured, and arranged, in such a way that an adhesive located in the adhesive reservoir can be discharged via an opening in a cannula of the nozzle by means of manual actuation of the piston, wherein the nozzle is closed for storage of the adhesive and can be opened for discharging of the adhesive, wherein the nozzle has a predetermined breaking point which is suitably configured and/or arranged for opening of the nozzle, wherein the predetermined breaking point is configured and/or arranged at a tip of the nozzle in such a way that the tip of the nozzle can be broken off and/or twisted off by means of manual actuation in such a way that the open and/or broken-open nozzle has at least one opening via which the adhesive can exit out of the adhesive reservoir, wherein the predetermined breaking point is formed by means of an peripheral groove, configured at the tip of the nozzle, in such a way that the wall thickness of the nozzle at the peripheral groove is tapered to a predetermined extent, and wherein the peripheral groove is configured and/or arranged in such a way that a nozzle, opened by breaking open and/or twisting off the nozzle at the peripheral groove, has an opening for discharging the adhesive from the adhesive reservoir, the edge of said opening being formed by the peripheral groove, characterized in that the peripheral groove is configured and/or arranged in such a way that the adhesive applicator, placed with the edge of its nozzle onto a substrate as intended, has, at the edge, at least one lateral cutout suitable for allowing the adhesive to exit out of the adhesive reservoir. the predetermined breaking point is configured and/or arranged at a tip of the nozzle in such a way that the tip of the nozzle can be broken off and/or twisted off by means of manual actuation in such a way that the open and/or broken-open nozzle has at least one opening via which the adhesive can exit out of the adhesive reservoir, wherein the predetermined breaking point is formed by means of an peripheral groove, configured at the tip of the nozzle, in such a way that the wall thickness of the nozzle at the peripheral groove is tapered to a predetermined extent, and wherein the peripheral groove is configured and/or arranged in such a way that a nozzle, opened by breaking open and/or twisting off the nozzle at the peripheral groove, has an opening for discharging the adhesive from the adhesive reservoir, the edge of said opening being formed by the peripheral groove, characterized in that the peripheral groove is configured and/or arranged in such a way that the adhesive applicator, placed with the edge of its nozzle onto a substrate as intended, has, at the edge, at least one lateral cutout suitable for allowing the adhesive to exit out of the adhesive reservoir.
A positive displacement sorter having a plurality of interconnected parallel slats defining an endless web that travels in a longitudinal direction, said web having upper and lower runs (57, 60) and transition sections between said upper and lower runs, an upper surface of said upper run of said web defining an article-conveying surface, and having a sorter drive assembly, characterized in that said sorter drive assembly having a belt and a drive pulley that is adapted to drive said belt, said belt having a belt surface engaging a driven surface comprising a lower surface of the upper run or an upper surface of the lower run of the web, said belt surface having a plurality of slat drive cogs, each adapted to engage a vertical surface (70, 37) of one of said slats, wherein said slat drive cogs comprise a set of first slat drive cogs each adapted to engage an interface between adjacent ones of said slats, wherein in said slat drive cogs comprise a set of second slat drive cogs having different shapes than said first slat drive cogs, wherein at least some of said slats have a groove formed in that slat and wherein said second slat drive cogs each adapted to engage said groove in one of said slats.
A compressor comprising: a hermetic case to retain oil in a lower portion thereof; a frame accommodated in the hermetic case; a compression mechanism provided with a cylinder fixed to the frame, and a piston to reciprocate to compress a refrigerant in the cylinder; a power transmission mechanism provided with a stator fixed to the frame and a rotor adapted to rotate inside the stator; and a rotating shaft (40, 70) provided with a hollow portion (44, 74) having a raising member to raise the oil retained in the hermetic case disposed therein, and a spiral groove (46, 76) communicating with the hollow portion (44, 74) and formed on an outer circumferential surface of the rotating shaft (40, 70), wherein the oil retained in the hermetic case is raised through an inner circumferential surface of the rotating shaft (40, 70), and the raised oil lubricates the rotating shaft (40, 70) while descending through the spiral groove (46, 76), wherein the hollow portion (44, 74) has a length which extends substantially the entire length of the rotating shaft (40, 70), and the raising member extends substantially the entire length of the hollow portion (44, 74). a hermetic case to retain oil in a lower portion thereof; a frame accommodated in the hermetic case; a compression mechanism provided with a cylinder fixed to the frame, and a piston to reciprocate to compress a refrigerant in the cylinder; a power transmission mechanism provided with a stator fixed to the frame and a rotor adapted to rotate inside the stator; and a rotating shaft (40, 70) provided with a hollow portion (44, 74) having a raising member to raise the oil retained in the hermetic case disposed therein, and a spiral groove (46, 76) communicating with the hollow portion (44, 74) and formed on an outer circumferential surface of the rotating shaft (40, 70), wherein the oil retained in the hermetic case is raised through an inner circumferential surface of the rotating shaft (40, 70), and the raised oil lubricates the rotating shaft (40, 70) while descending through the spiral groove (46, 76), wherein the hollow portion (44, 74) has a length which extends substantially the entire length of the rotating shaft (40, 70), and the raising member extends substantially the entire length of the hollow portion (44, 74).
Butterfly valve for shutting off or regulating a medium, which flows through a pipeline, in a pipeline, containing a housing, wherein the housing is of one-part design and is preferably composed of plastic, a disc and a shaft, wherein the disc can be pivoted along the shaft between an open position and a closed position, wherein the disc has a core composed of plastic and a shell composed of plastic, wherein the plastic of the core and the plastic of the shell are not identical, characterized in that the core has a rib structure with cutouts and with webs, wherein the cutouts between the webs are continuous and the shaft is designed as a plug-in shaft, which is mounted in the housing, and as a separate part and projects through the complete disc.
A needle for fine-needle aspiration (100, 200), comprising: an elongated body (102, 202) extending from a proximal end to a distal end (106, 206) along a central longitudinal axis and having a channel (104, 204) extending therethrough, a distal portion of the body configured to move between a first configuration in which the distal portion extends parallel to the central longitudinal axis and the channel (104, 204) is unobstructed and a second configuration in which the distal portion is axially offset relative to the central longitudinal axis to seal at least a portion of the channel (104, 204); and an actuation mechanism controlling movement of the distal portion between the first and second configurations; characterized in that the distal portion is formed as first and second deflectable portions (212, 214) defined by first and second slots extending proximally into the body (102, 202) from the distal end, wherein inner surfaces of the first and second deflectable portions include first and second hooks, respectively, extending radially into the channel (104, 204). an elongated body (102, 202) extending from a proximal end to a distal end (106, 206) along a central longitudinal axis and having a channel (104, 204) extending therethrough, a distal portion of the body configured to move between a first configuration in which the distal portion extends parallel to the central longitudinal axis and the channel (104, 204) is unobstructed and a second configuration in which the distal portion is axially offset relative to the central longitudinal axis to seal at least a portion of the channel (104, 204); and an actuation mechanism controlling movement of the distal portion between the first and second configurations; characterized in that the distal portion is formed as first and second deflectable portions (212, 214) defined by first and second slots extending proximally into the body (102, 202) from the distal end, wherein inner surfaces of the first and second deflectable portions include first and second hooks, respectively, extending radially into the channel (104, 204).
Liquid-proof insert for placement on the floor under a domestic appliance and/or a plumbing, and which liquid-proof insert, in the placed position, is effective to collect leaking liquid, the liquid-proof insert comprising a four-sided plate of a liquid-tight material, which in three sides has a raised border and a fourth side forming the front side of the liquid-proof insert, which liquid-proof insert is characterized in that a lip connects to the front side, said front side further being delimited by a ridge between the front side and the lip, wherein further the liquid-proof insert has an outlet comprising a barrier that is formed as a lower portion in the ridge, in the upperside of which lip two or more elevations are formed, which elevations have vertical stiffness for pressing down of the lip toward the floor.