mhurhangee/ep-ind-claims huggingface dataset:
A trigger sprayer, comprising: a housing comprising a head and a base, the head and base being configured to move relative to one another between a non-actuated position and an actuated position, wherein the base is at least partially disposed within an interior of the head in the actuated position; a first vacuum system comprising a fluid cylinder and a piston reciprocally disposed within the fluid cylinder, the first vacuum system being configured to draw fluid into the fluid cylinder when the trigger sprayer is moved from the non-actuated position to the actuated position; a second vacuum system comprising a vacuum cylinder disposed within the base and being fixedly mounted with respect to head such that movement of head moves the vacuum cylinder; and the second vacuum system comprising a vacuum piston mounted at a lower-end of the fluid cylinder, the second vacuum system being configured to form a vacuum within the vacuum cylinder when the trigger sprayer is moved from the non-actuated position to the actuated position; wherein said trigger sprayer is configured such that when a fluid path between the fluid cylinder and a discharge orifice of the trigger sprayer is opened the vacuum pressure in the vacuum cylinder exerts a force on the head sufficient to move head upwards, thereby drawing piston up through fluid cylinder and causing fluid to be discharged from the fluid cylinder and out through discharge passage and discharge orifice. a housing comprising a head and a base, the head and base being configured to move relative to one another between a non-actuated position and an actuated position, wherein the base is at least partially disposed within an interior of the head in the actuated position; a first vacuum system comprising a fluid cylinder and a piston reciprocally disposed within the fluid cylinder, the first vacuum system being configured to draw fluid into the fluid cylinder when the trigger sprayer is moved from the non-actuated position to the actuated position; a second vacuum system comprising a vacuum cylinder disposed within the base and being fixedly mounted with respect to head such that movement of head moves the vacuum cylinder; and the second vacuum system comprising a vacuum piston mounted at a lower-end of the fluid cylinder, the second vacuum system being configured to form a vacuum within the vacuum cylinder when the trigger sprayer is moved from the non-actuated position to the actuated position; wherein said trigger sprayer is configured such that when a fluid path between the fluid cylinder and a discharge orifice of the trigger sprayer is opened the vacuum pressure in the vacuum cylinder exerts a force on the head sufficient to move head upwards, thereby drawing piston up through fluid cylinder and causing fluid to be discharged from the fluid cylinder and out through discharge passage and discharge orifice.
Method for manufacturing a part based on foamed plastic material, comprising the steps of - preparation of a heated foamed material; - injection of the foamed material into a heated mould; - cooling of the mould, the mould being heated uniformly over all of its internal surface, called heated active surface, against which is pressed the injected material intended to exhibit the surface of uniform appearance, and the temperature of the active surface of the mould upon injection into the mould being greater than the plasticizing temperature of said material, the method comprising a gas discharging step, the gas discharging step consists in discharging a part of the gas present in the foamed material upon injection and during the phase of propagation of the material into all of the die of the mould, this discharging being at least performed at the level of the active surface of the mould via vents at different points, arranged in the thickness of the mould, connecting on one side with the interior of the mould at the level of the active surface and emerging on the other side on the outside, and/or formed by the constituent wall of the mould formed from a microporous material, and via an opening space of the mould at the level of the parting surface after injection of the material and before cooling and before ejection of the moulded part so as to create an opening space at the level of the parting surface which is limited in thickness. - preparation of a heated foamed material; - injection of the foamed material into a heated mould; - cooling of the mould,
A drumhead (10, 210, 310, 510, 610, 710, 810, 910) for a percussion instrument comprising: a membrane (11, 12, 311, 511, 611, 711, 712, 911) formed of a mesh material and having stretchability and air permeability, comprising a struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a) configured as a striking face to be struck by a performer; and an outer periphery (11b, 12b, 311b, 511b, 611b, 711b, 712b, 911b) located on an outer circumferential side of the struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a); and an annular frame (20, 520, 620, 720, 820, 920) formed of a resin material, wherein the outer periphery (11b, 12b, 311 b, 511b, 611 b, 711b, 712b, 911 b) of the membrane (11, 12, 311, 511, 611, 711, 712, 911) is fixed on the frame (20, 520, 620, 720, 820, 920), the membrane (11, 12, 311, 511, 611, 711, 712, 911) and the frame (20, 520, 620, 720, 820, 920) are integrally formed by injection molding, the drumhead (10, 210, 310, 510, 610, 710, 810, 910) being characterized in that the struck head portion (11a, 12a, 3 11 a, 511a, 611a. 711 a, 712a, 911a) of the membrane (11, 12, 311, 511, 611, 711, 712, 911) is exclusively formed by the mesh material. a membrane (11, 12, 311, 511, 611, 711, 712, 911) formed of a mesh material and having stretchability and air permeability, comprising a struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a) configured as a striking face to be struck by a performer; and an outer periphery (11b, 12b, 311b, 511b, 611b, 711b, 712b, 911b) located on an outer circumferential side of the struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a); and a struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a) configured as a striking face to be struck by a performer; and an outer periphery (11b, 12b, 311b, 511b, 611b, 711b, 712b, 911b) located on an outer circumferential side of the struck head portion (11a, 12a, 311a, 511a, 611a, 711a, 712a, 911a); and an annular frame (20, 520, 620, 720, 820, 920) formed of a resin material, wherein the outer periphery (11b, 12b, 311 b, 511b, 611 b, 711b, 712b, 911 b) of the membrane (11, 12, 311, 511, 611, 711, 712, 911) is fixed on the frame (20, 520, 620, 720, 820, 920), the membrane (11, 12, 311, 511, 611, 711, 712, 911) and the frame (20, 520, 620, 720, 820, 920) are integrally formed by injection molding, the drumhead (10, 210, 310, 510, 610, 710, 810, 910) being characterized in that the struck head portion (11a, 12a, 3 11 a, 511a, 611a. 711 a, 712a, 911a) of the membrane (11, 12, 311, 511, 611, 711, 712, 911) is exclusively formed by the mesh material.
Boot comprising an outer sole assembly and an upper, the boot extending lengthwise from a heel to a tip, widthwise between a lateral portion and a medial portion, and heightwise from the outer sole assembly to an upper end of the upper, the upper comprising a lateral quarter and a medial quarter, the boot comprising a first tightening device comprising a linkage (31, 32) and a quick-locking mechanism, the boot comprising a cover flap demarcating a storage space adapted to receive the quick-locking mechanism, characterized in that the flap has a first opening, the quick-locking mechanism being positioned in the area of the first opening of the flap when the tightening device tightens the linkage (31, 32), and in that a panel (42, 62) is arranged in the area of the first opening for closing the first opening by enveloping the locking mechanism.
A transmitting device, containing an emitting device, which emits at least one laser beam (S 1,..., S n) with a beam axis (A 1,..., A n), and a scanning mirror which can be deflected about its centre and is arranged inside a housing with a transparent cover element, wherein the beam axis (A 1,..., A n) of the at least one laser beam (S 1,..., S n) is directed at the cover element in such a way that, after passage of the at least one laser beam (S 1,..., S n) through the cover element within a coupling-in region (4.1), it impinges on the centre, and the at least one laser beam (S 1,..., S n), after reflection at the scanning mirror, passes through the cover element again within a coupling-out region (4.2), characterized in that the cover element is formed, at least in the coupling-out region (4.2), by a section of a monocentric hemispherical shell, the monocentric hemispherical shell having a centre of curvature, in which the centres of curvature of both surfaces of the hemispherical shell coincide, and having negative refractive power, the cover element is arranged to cover the scanning mirror so that the centre of curvature and the centre of the scanning mirror coincide, so that the cover element has an equal effect on each laser beam (S 1,..., S n) reflected from the centre of the scanning mirror into the coupling-out region (4.2), and the at least one laser beam (S 1,..., S n) is convergingly pre-collimated before passing through the cover element within the coupling-in region (4.1) and is fully collimated within the coupling-out region (4.2) after passing through the cover element again, by imaging a laser beam source (1.1) into an image plane, which passes through an object-side focal point (F HK) of the hemispherical shell, via a collimator (1.2). the cover element is formed, at least in the coupling-out region (4.2), by a section of a monocentric hemispherical shell, the monocentric hemispherical shell having a centre of curvature, in which the centres of curvature of both surfaces of the hemispherical shell coincide, and having negative refractive power, the cover element is arranged to cover the scanning mirror so that the centre of curvature and the centre of the scanning mirror coincide, so that the cover element has an equal effect on each laser beam (S 1,..., S n) reflected from the centre of the scanning mirror into the coupling-out region (4.2), and the at least one laser beam (S 1,..., S n) is convergingly pre-collimated before passing through the cover element within the coupling-in region (4.1) and is fully collimated within the coupling-out region (4.2) after passing through the cover element again, by imaging a laser beam source (1.1) into an image plane, which passes through an object-side focal point (F HK) of the hemispherical shell, via a collimator (1.2).
A radiating element comprising: a conductive element comprising: a lower plane, at least a first and a second non-conductive slot each extending at least partly in the lower plane, wherein the radiating element is configured to be arranged on a reflector of an antenna by a support structure holding the lower plane in a predefined distance to the reflector, the radiating element comprises at least two electrical feeding points crossing the slots in the area of the lower plane, preferably in an area closer to the edges of the lower plane than to the center of the lower plane; a first transmission line crossing the first slot to form a first electrical feeding point of the at least two electrical feeding points; and a second transmission line crossing the second slot to form a second electrical feeding point of the at least two electrical feeding points, characterized in that the conductive element further comprises sidewalls extending from edges of the lower plane, wherein the at least first and second non-conductive slot each extend along the sidewalls from the lower plane to upper edges of the sidewalls. a conductive element comprising: a lower plane, at least a first and a second non-conductive slot each extending at least partly in the lower plane, wherein the radiating element is configured to be arranged on a reflector of an antenna by a support structure holding the lower plane in a predefined distance to the reflector, the radiating element comprises at least two electrical feeding points crossing the slots in the area of the lower plane, preferably in an area closer to the edges of the lower plane than to the center of the lower plane; a first transmission line crossing the first slot to form a first electrical feeding point of the at least two electrical feeding points; and a second transmission line crossing the second slot to form a second electrical feeding point of the at least two electrical feeding points, characterized in that the conductive element further comprises sidewalls extending from edges of the lower plane, wherein the at least first and second non-conductive slot each extend along the sidewalls from the lower plane to upper edges of the sidewalls.
A method of a Next Generation Radio Access Network, NG-RAN, for an Internet protocol Multimedia Subsystem, IMS, voice service, the method comprising: receiving a NAS, Non-Access-Stratum, message including a Protocol Data Unit, PDU, session establishment request for establishment of a PDU session for IMS voice service via a 3rd Generation Partnership Project, 3GPP, access from a User Equipment, UE, wherein the PDU session establishment request indicates an existing PDU session, based on a handover from a non-3GPP access to the 3GPP access for the UE, wherein the UE had the existing PDU session for the IMS voice service via the non-3GPP access before the handover; transmitting the NAS message including the PDU session establishment request to an Access and Mobility Management Function, AMF; receiving a PDU session resource setup request for the PDU session for the IMS voice service from the AMF; determining to trigger Evolved Packet System, EPS Fallback, or radio access technology, RAT, Fallback for the IMS voice session, based on the NG-RAN not supporting the IMS voice service; transmitting rejection of the establishment of the PDU session to the AMF, based on the determination to trigger EPS or RAT Fallback. receiving a NAS, Non-Access-Stratum, message including a Protocol Data Unit, PDU, session establishment request for establishment of a PDU session for IMS voice service via a 3rd Generation Partnership Project, 3GPP, access from a User Equipment, UE, wherein the PDU session establishment request indicates an existing PDU session, based on a handover from a non-3GPP access to the 3GPP access for the UE, wherein the UE had the existing PDU session for the IMS voice service via the non-3GPP access before the handover; transmitting the NAS message including the PDU session establishment request to an Access and Mobility Management Function, AMF; receiving a PDU session resource setup request for the PDU session for the IMS voice service from the AMF; determining to trigger Evolved Packet System, EPS Fallback, or radio access technology, RAT, Fallback for the IMS voice session, based on the NG-RAN not supporting the IMS voice service; transmitting rejection of the establishment of the PDU session to the AMF, based on the determination to trigger EPS or RAT Fallback.
Injector for filling a mould with plastic particles, with a front part and a base part, wherein the front part has a mould-side orifice and a feed for compressed air and a feed for plastic particles, and the base part is attached axially in the direction of conveyance behind the front part and has a piston-cylinder unit (30, 37, 38), a piston rod guidance and a guidance housing front part with a through bore disposed axially in front in a transport direction, wherein a closing piston for closing the mould-side orifice is axially movable through the front part, wherein the closing piston and the piston rod carrying the closing piston on its front are designed with an identical or substantially identical diameter, characterised in that the closing piston can be dragged completely into the piston rod guidance and the through bore of the guidance housing front part, wherein material adhering to the front side of the closing piston can be stripped and cannot be drawn into the piston rod guidance.
Set of dental drills (10, 10'), for the preparation of an implant bed, comprising two or more dental drills (10, 10'), wherein the dental drills (10, 10') comprise a cutting portion (20, 20') having an end side-proximal drill end (22, 22') and a shank portion (30, 30') having a receptacle end region (32, 32') which is specified to be received in a drill holding device, wherein the shank portion (30, 30') has a substantially circular-cylindrical guide region (40, 40') for guiding the dental drill (10, 10'), and wherein the guide regions (40, 40') of the two or more dental drills (10, 10') are of the same diameter and of the same height, characterized in that the shank portion (30, 30') of the dental drills (10, 10') additionally has an introduction region (50, 50') for laterally introducing the dental drills (10, 10') into a drill guide (60, 60'), said introduction region (50, 50') being designed so as to be narrower than the guide region (40, 40') and the cutting portion (20, 20') of the dental drills (10, 10').
A method for producing a catalyst liquid, comprising providing a mixture of an alkenyl compound and a phosphorus compound, and adding to the mixture a Group 6 to 11 transition metal catalyst, wherein the phosphorous compound is a ligand for the Group 6 to 11 transition metal catalyst.
Quick adjustment apparatus of printing unit components with integrated precision adjustment, in particular for flexographic printing units, the spacings between the printing unit components of backpressure roll, impression roll and engraved roll being determined by means of spindles, characterized in that the spindles in each case have at least two identically directed thread sections of different pitch with a pitch part SA and a pitch part SB, into which thread sections the in each case at least one nut MA and one nut MB engage with a corresponding pitch, at least one of the nuts (20, 30) being incorporated into a base frame, a carriage or a bearing block and being fixed optionally on the spindle or via a bearing on the carriage.
Method for measuring and for assessing the mutual alignment of bodies, comprising: placing a measurement probe in contact with the bodies, calculating geometrical data which describe the mutual orientation of the bodies in a differential fashion, and outputting information which includes the differences in the orientation between the bodies, characterized in that an averaging measured value acquisition is performed in order to display orientation indication values (42, 44) on one of the bodies in a stochastic sequence, so that the time intervals of the measured value acquisitions are randomly distributed or reflect a prescribed stochastic distribution.
A method for wireless communication implemented by a first user equipment, UE (115-a), comprising: identifying a resource pool configuration indicating resources in a shared radio frequency spectrum band available to the first UE (115-a) for sidelink communications, the resources comprising a plurality of contiguous time intervals; identifying a frequency hopping pattern comprising a first set of interleaved frequency resources for transmitting sidelink data in a first time interval of the plurality of contiguous time intervals and a second set of interleaved frequency resources for transmitting the sidelink data in a second time interval of the plurality of contiguous time intervals; transmitting an indication of gaps in the first time interval, the second time interval, or both, allocated for other UEs to perform listen-before-talk procedures to gain access to the shared radio frequency spectrum band; and transmitting, to a second UE (115-b), the sidelink data on the first set of interleaved frequency resources in the first time interval and the second set of interleaved frequency resources in the second time interval based at least in part on the frequency hopping pattern. identifying a resource pool configuration indicating resources in a shared radio frequency spectrum band available to the first UE (115-a) for sidelink communications, the resources comprising a plurality of contiguous time intervals; identifying a frequency hopping pattern comprising a first set of interleaved frequency resources for transmitting sidelink data in a first time interval of the plurality of contiguous time intervals and a second set of interleaved frequency resources for transmitting the sidelink data in a second time interval of the plurality of contiguous time intervals; transmitting an indication of gaps in the first time interval, the second time interval, or both, allocated for other UEs to perform listen-before-talk procedures to gain access to the shared radio frequency spectrum band; and transmitting, to a second UE (115-b), the sidelink data on the first set of interleaved frequency resources in the first time interval and the second set of interleaved frequency resources in the second time interval based at least in part on the frequency hopping pattern.
A metallic end closure adapted for interconnection with a container, comprising: a peripheral curl; a chuck wall interconnected to a lower end of the peripheral curl; a countersink interconnected to a lower end of the chuck wall; and a central panel interconnected to the countersink, the central panel comprising a tear panel defined by a frangible score, a non-frangible hinge segment; the tear panel comprising a sidewall, a ramp extending upwardly toward a public side of the end closure from the frangible score, and a transition between the sidewall and the ramp; characterised in, that the ramp comprises a first slope extending toward a public side of the end closure from a point proximal to the frangible score and generally toward the transition, the first slope comprising an angle with respect to a horizontal plane of between approximately 1 and 5 degrees; the sidewall comprises a second slope extending from a point proximal the transition toward the non-frangible hinge segment and wherein the transition comprises a point of inflection between the first slope and the second slope, the sidewall further comprising a sidewall angle between the second slope and the substantially horizontal plane, wherein the second slope comprises a different angle than the first slope. a peripheral curl; a chuck wall interconnected to a lower end of the peripheral curl; a countersink interconnected to a lower end of the chuck wall; and a central panel interconnected to the countersink, the central panel comprising a tear panel defined by a frangible score, a non-frangible hinge segment; the tear panel comprising a sidewall, a ramp extending upwardly toward a public side of the end closure from the frangible score, and a transition between the sidewall and the ramp; characterised in, that the ramp comprises a first slope extending toward a public side of the end closure from a point proximal to the frangible score and generally toward the transition, the first slope comprising an angle with respect to a horizontal plane of between approximately 1 and 5 degrees; the sidewall comprises a second slope extending from a point proximal the transition toward the non-frangible hinge segment and wherein the transition comprises a point of inflection between the first slope and the second slope, the sidewall further comprising a sidewall angle between the second slope and the substantially horizontal plane, wherein the second slope comprises a different angle than the first slope.
Apparatus for manufacturing glass material, which apparatus comprises means for leading the raw materials into a substrate tube that functions as a reactor, as well as a moveable heat source for heating the substrate tube from the outside, characterized in that a substrate tube that functions as a reactor and the heat source are arranged inside a sealed chamber, and in that the apparatus comprises means (7, 13, 14, 15) for influencing the temperature in the chamber by the aid of gas, led inside the sealed chamber.