mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for forming plastic material preforms into plastic material containers with a transport device, which transports the plastic material preforms along a predetermined transport path, wherein this transport device comprises a plurality of transport devices (22, 23, 24, 25, 26) preferably adjoining one another for transporting the plastic material preforms, with a heating device which heats the plastic material preforms and with a forming device which is arranged along the transport path of the plastic material preforms after the heating device, wherein the apparatus comprises a first transport device which feeds the plastic material preforms individually to the heating device, wherein the heating device comprises a second transport device which transports the plastic material preforms during their heating, characterised in that the first transport device comprises a first drive device and the second transport device comprises a second drive device and the first drive device and the second drive device are controllable independently of each other, wherein the first transport device can be driven at a different and in particular a slower transport speed with respect to the second transport device and the first transport device can be stopped while the second transport device is in continued operation. characterised in that the first transport device comprises a first drive device and the second transport device comprises a second drive device and the first drive device and the second drive device are controllable independently of each other, wherein the first transport device can be driven at a different and in particular a slower transport speed with respect to the second transport device and the first transport device can be stopped while the second transport device is in continued operation.
A retention pin assembly for a gas turbine engine comprising: a stud, the stud having a head, a shaft and a deformable end; at least one support member (66, 68), the support member (66, 68) having an opening for receiving the stud, the support member (66, 68) further including a pocket; and characterised in that the deformable end of the stud is melted such that a melt occupies the pocket of the support member (66, 68) to form a mechanical retainer within the pocket without forming a metallurgical joint between the stud and the pocket. a stud, the stud having a head, a shaft and a deformable end; at least one support member (66, 68), the support member (66, 68) having an opening for receiving the stud, the support member (66, 68) further including a pocket; and characterised in that the deformable end of the stud is melted such that a melt occupies the pocket of the support member (66, 68) to form a mechanical retainer within the pocket without forming a metallurgical joint between the stud and the pocket.
A handheld device for injecting fluid into meat, comprising: a housing comprising a nozzle portion and a handle integral therewith; a needle removably coupled to the nozzle portion; an internal conduit disposed within the housing and in fluid communication with the needle, the internal conduit configured for fluid communication with a liquid reservoir external to the housing; a pump comprising a plurality of rollers mounted on a rotatable carrier for carrying the rollers in a substantially circular path, the rollers positioned for engagement with the internal conduit; a pump cover positioned over the plurality of rollers and configured to compress the internal conduit as the rotatable carrier carries the plurality of rollers in the substantially circular path; a trigger positioned on the handle; a limit switch located within the housing and operatively connected to the trigger; a motor positioned adjacent to and operably connected to the pump; one or more batteries; and circuitry within the housing connecting the battery, the limit switch, and the motor, wherein the limit switch is actuatable by the trigger and pressing of the trigger actuates the pump to deliver liquid from the reservoir and discharge the liquid out of the needle. a housing comprising a nozzle portion and a handle integral therewith; a needle removably coupled to the nozzle portion; an internal conduit disposed within the housing and in fluid communication with the needle, the internal conduit configured for fluid communication with a liquid reservoir external to the housing; a pump comprising a plurality of rollers mounted on a rotatable carrier for carrying the rollers in a substantially circular path, the rollers positioned for engagement with the internal conduit; a pump cover positioned over the plurality of rollers and configured to compress the internal conduit as the rotatable carrier carries the plurality of rollers in the substantially circular path; a trigger positioned on the handle; a limit switch located within the housing and operatively connected to the trigger; a motor positioned adjacent to and operably connected to the pump; one or more batteries; and circuitry within the housing connecting the battery, the limit switch, and the motor,
A bundling article comprising a panel defining a first panel opening and a second panel opening, and at least one elastomer element (18,20); the bundling article characterized by: the at least one elastomer element (18, 20) comprising: at least one bonded portion that is bonded to the panel; a first inner portion extending inward from the at least one bonded portion, wherein the first inner portion is not bonded to the panel, and wherein the first inner portion overlays the first panel opening and defines a first stretchable aperture having dimensions that are smaller than respective dimensions of the first panel opening; and a second inner portion extending inward from the at least one bonded portion, wherein the second inner portion is not bonded to the panel, and wherein the second inner portion overlays the second panel opening and defines a second stretchable aperture having dimensions that are smaller than respective dimensions of the second panel opening. the at least one elastomer element (18, 20) comprising: at least one bonded portion that is bonded to the panel; a first inner portion extending inward from the at least one bonded portion, wherein the first inner portion is not bonded to the panel, and wherein the first inner portion overlays the first panel opening and defines a first stretchable aperture having dimensions that are smaller than respective dimensions of the first panel opening; and a second inner portion extending inward from the at least one bonded portion, wherein the second inner portion is not bonded to the panel, and wherein the second inner portion overlays the second panel opening and defines a second stretchable aperture having dimensions that are smaller than respective dimensions of the second panel opening. at least one bonded portion that is bonded to the panel; a first inner portion extending inward from the at least one bonded portion, wherein the first inner portion is not bonded to the panel, and wherein the first inner portion overlays the first panel opening and defines a first stretchable aperture having dimensions that are smaller than respective dimensions of the first panel opening; and a second inner portion extending inward from the at least one bonded portion, wherein the second inner portion is not bonded to the panel, and wherein the second inner portion overlays the second panel opening and defines a second stretchable aperture having dimensions that are smaller than respective dimensions of the second panel opening.
A method for producing a liquefied nitrogen gas stream (116; 216; 324) at a liquid natural gas regasification facility comprising: (a) providing a nitrogen gas stream (111; 211; 317); (b) providing at least two LNG streams (105, 106; 205, 206; 307, 308, 309, 310) where the pressures of each LNG stream are independent and different from each other, wherein at least one of the at least two LNG streams is an additionally pressurized LNG stream, which is pressurized using one or more pumps to form the additionally pressurized LNG stream (106; 206; 310); (c) liquefying the nitrogen gas stream by indirect heat exchange of the nitrogen gas stream with the LNG streams (105, 106; 205, 206; 307, 308, 309, 310) in at least one heat exchanger (121, 122; 221; 333); (d) vaporizing at least a portion of the two LNG streams to produce at least two natural gas streams (107, 109; 207, 209; 311, 312, 313, 335); (e) compressing at least one of the two natural gas streams (107; 207; 311, 312, 313) to form compressed natural gas (108; 208; 314); wherein the method is characterized in that at least one of the at least two LNG streams is a reduced pressure LNG stream (105; 205; 307, 308, 309), which is provided at a pressure that is between 3.4 to 13.8 bar (50 to 200 psi) and reduced in pressure to form the reduced pressure LNG stream (105; 205; 307, 308, 309). (a) providing a nitrogen gas stream (111; 211; 317); (b) providing at least two LNG streams (105, 106; 205, 206; 307, 308, 309, 310) where the pressures of each LNG stream are independent and different from each other, wherein at least one of the at least two LNG streams is an additionally pressurized LNG stream, which is pressurized using one or more pumps to form the additionally pressurized LNG stream (106; 206; 310); (c) liquefying the nitrogen gas stream by indirect heat exchange of the nitrogen gas stream with the LNG streams (105, 106; 205, 206; 307, 308, 309, 310) in at least one heat exchanger (121, 122; 221; 333); (d) vaporizing at least a portion of the two LNG streams to produce at least two natural gas streams (107, 109; 207, 209; 311, 312, 313, 335); (e) compressing at least one of the two natural gas streams (107; 207; 311, 312, 313) to form compressed natural gas (108; 208; 314);
A method performed by a wireless device, the method comprising: detecting a failure associated with a first cell group among multiple cell groups (14A, 14B) that are respectively provided by multiple radio network nodes (12A, 12B) to which the wireless device simultaneously connects in multi-connectivity operation; and transmitting a report that reports the detected failure in the first cell group to a radio network node that provides a second cell group included in the multiple cell groups (14A, 14B), wherein the second cell group is different than the first cell group, wherein the report includes information about a conditional configuration stored at the wireless device. detecting a failure associated with a first cell group among multiple cell groups (14A, 14B) that are respectively provided by multiple radio network nodes (12A, 12B) to which the wireless device simultaneously connects in multi-connectivity operation; and transmitting a report that reports the detected failure in the first cell group to a radio network node that provides a second cell group included in the multiple cell groups (14A, 14B), wherein the second cell group is different than the first cell group, wherein the report includes information about a conditional configuration stored at the wireless device.
Composite control surface for aircraft, comprising a monolithic upper skin, a monolithic lower skin and an inner structure between them, all these elements being made of composite material, such that the inner structure has a corrugated shape, comprising side members acting as spars and lower and upper members, the lower and upper members contacting the inner surfaces of the lower skin and the upper skin respectively, characterized in that the inner structure additionally comprises a front spar as an integral part of said inner structure.
A two-part device for introducing a dental implant into a bone, wherein a. a first part is a longitudinal adapter, on the apical part of which at least one snap lock is present, which, when the apical part of the adapter is arranged in a coronal recess of the dental implant, catches in at least one complementary structure on the inner side of the recess of the dental implant and establishes a reversible plug connection between adapter and dental implant, and b. a second part is a counter-ring, in the central recess of which the apical part of the adapter is arranged, characterized in that the counter-ring is mobile in the axial direction of the adapter. a. a first part is a longitudinal adapter, on the apical part of which at least one snap lock is present, which, when the apical part of the adapter is arranged in a coronal recess of the dental implant, catches in at least one complementary structure on the inner side of the recess of the dental implant and establishes a reversible plug connection between adapter and dental implant, and b. a second part is a counter-ring, in the central recess of which the apical part of the adapter is arranged,
A refrigeration appliance comprising: at least one freezer compartment; at least one refrigerator compartment, wherein the freezer compartment and the refrigerator compartment are defined by a plurality of interior surfaces; at least one mullion; a cooling module set - CMS at least partially contained in the mullion and removably engaged to at least one of the plurality of interior surfaces, said refrigeration appliance being characterized in that the cooling module set comprises an orientation-flexible compressor (112, 112'), wherein the cooling module set is configured to operate in any orientation within a plurality of mullion orientations dictated by a given cabinet configuration. at least one freezer compartment; at least one refrigerator compartment, wherein the freezer compartment and the refrigerator compartment are defined by a plurality of interior surfaces; at least one mullion; a cooling module set - CMS at least partially contained in the mullion and removably engaged to at least one of the plurality of interior surfaces, said refrigeration appliance being characterized in that the cooling module set comprises an orientation-flexible compressor (112, 112'), wherein the cooling module set is configured to operate in any orientation within a plurality of mullion orientations dictated by a given cabinet configuration.
A method by a user equipment, UE, in a wireless communication system, the method comprising: receiving bit map information on a set of resource blocks through radio resource control, RRC, signaling from a base station, wherein resource blocks for a control channel for the UE are restricted by the set of resource blocks; receiving, from the base station, control information for downlink data on the control channel identified based on the bit map information; and receiving, from the base station, the downlink data on a data channel based on the control information, wherein the control information is received on at least one control channel resource, the at least one control channel resource being included in the set of resource blocks, and wherein a search space for the control channel of the UE is defined based on an aggregation level, a number of the at least one control channel resource included in the set of resource blocks, and a number of candidates associated with the control channel. receiving bit map information on a set of resource blocks through radio resource control, RRC, signaling from a base station, wherein resource blocks for a control channel for the UE are restricted by the set of resource blocks; receiving, from the base station, control information for downlink data on the control channel identified based on the bit map information; and receiving, from the base station, the downlink data on a data channel based on the control information, wherein the control information is received on at least one control channel resource, the at least one control channel resource being included in the set of resource blocks, and wherein a search space for the control channel of the UE is defined based on an aggregation level, a number of the at least one control channel resource included in the set of resource blocks, and a number of candidates associated with the control channel.
A method of determining a distance to a surface of a product kept in a tank, said method comprising the steps of: - transmitting (step S11) electromagnetic transmit signals towards said surface, - receiving (step S12) electromagnetic return signals reflected at said surface, - said transmit signals comprising at least two time separated carrier wave pulses having equal carrier frequencies, each pulse having a duration greater than 1 microsecond and shorter than 100 milliseconds, - determining (step S13) actual phase properties of each pulse in the transmit signals in relation to each corresponding pulse in the return signals, said phase properties including a phase shift, - determining (step S15) a change in phase shift associated with two pulses in the transmit signals having equal frequencies, - comparing said change with a threshold value, and - depending on a result of said comparing step, determining (step S6) said distance based on a relationship between said transmit signals and said return signals, wherein said method comprises operating in a first operating mode and a second operating mode, wherein said distance is determined (step S6) in said first operating mode, wherein said phase shift change is determined (step S15) in said second mode, and wherein said first operating mode is selected depending on a result of said comparing step. - transmitting (step S11) electromagnetic transmit signals towards said surface, - receiving (step S12) electromagnetic return signals reflected at said surface, - said transmit signals comprising at least two time separated carrier wave pulses having equal carrier frequencies, each pulse having a duration greater than 1 microsecond and shorter than 100 milliseconds, - determining (step S13) actual phase properties of each pulse in the transmit signals in relation to each corresponding pulse in the return signals, said phase properties including a phase shift, - determining (step S15) a change in phase shift associated with two pulses in the transmit signals having equal frequencies, - comparing said change with a threshold value, and - depending on a result of said comparing step, determining (step S6) said distance based on a relationship between said transmit signals and said return signals,
A treatment system for cleaning a component contaminated with a biofilm, in particular for cleaning bacterially contaminated surfaces of bone implants or dental implants, having a conductor element that can be brought into electrical contact with the component needing treatment and is connected to a first pole of an electrical supply unit, characterized by a media cannula provided for yielding a treatment fluid, whose inner space is connected in an electrically conductive manner with the second pole of the electrical supply unit.
Electronic assembly which extends along a stacking direction from a lower surface to an upper surface coupled by a lateral surface, the assembly comprises at least two elementary modules stacked along the stacking direction, which each comprise, along the stacking direction and from a back side to a front side, two high electron mobility transistors respectively called back transistor and front transistor, separated by an insulator layer, and having in common a source electrode, a drain electrode, and a gate electrode, the assembly of the front and back transistors being electrically connected in parallel, the electronic assembly comprises, arranged on the front side of each elementary module, a contact layer, electrically contacting the gate electrode of the considered elementary module on its front side, each of the contact layers comprising an electric contact point emerging onto the lateral surface.
A process for treating a metal sulfide ore to separate a desired mineral from a sulfide-containing gangue, comprising: a) forming a pulp by suspending the ore in water and milling said ore; and b) enriching the pulp in said desired mineral by froth flotation, wherein hydrogen peroxide is added to said pulp within 30 seconds prior to, or during, the bubbling of oxygen or air into said pulp, wherein an optimum amount of hydrogen peroxide added is determined based upon measurements of the dissolved oxygen content of the pulp. a) forming a pulp by suspending the ore in water and milling said ore; and b) enriching the pulp in said desired mineral by froth flotation, wherein hydrogen peroxide is added to said pulp within 30 seconds prior to, or during, the bubbling of oxygen or air into said pulp, wherein an optimum amount of hydrogen peroxide added is determined based upon measurements of the dissolved oxygen content of the pulp.
A food concentrate for preparing a ready-to-eat product after dilution with a hot aqueous phase, said concentrate having an Aw of 0.60 to 0.90 comprising a) 45%-80 wt%, preferably at least 50 wt% of water by weight of the total food concentrate b) at least 6.5 wt% of salt by weight of the total food concentrate; whereby the amount of salt is at least 10 wt% of salt when expressed by weight of the water content of the food concentrate; c) 1-40 wt% of taste imparting ingredients by weight of the total food concentrate; d) 5-55 ppm of allyl isothiocyanate (AITC); e) 1-15 wt% preferably 2-10 wt% of oil by weight of the total food concentrate; f) an effective amount of gelling system such that the concentrated food product is in the form of a gel. a) 45%-80 wt%, preferably at least 50 wt% of water by weight of the total food concentrate b) at least 6.5 wt% of salt by weight of the total food concentrate; whereby the amount of salt is at least 10 wt% of salt when expressed by weight of the water content of the food concentrate; c) 1-40 wt% of taste imparting ingredients by weight of the total food concentrate; d) 5-55 ppm of allyl isothiocyanate (AITC); e) 1-15 wt% preferably 2-10 wt% of oil by weight of the total food concentrate; f) an effective amount of gelling system such that the concentrated food product is in the form of a gel.
A tooth whitening composition comprising: at least one hydrophobic polymer carrier; from 1% to 2% fumed silica; about 25% petrolatum; and a peroxide compound or a peroxide releasing compound; wherein the tooth whitening composition has a structural parameter such that G'/G" is greater than or equal to 1. at least one hydrophobic polymer carrier; from 1% to 2% fumed silica; about 25% petrolatum; and a peroxide compound or a peroxide releasing compound; wherein the tooth whitening composition has a structural parameter such that G'/G" is