mhurhangee/ep-ind-claims huggingface dataset:
Valve for a fluid treatment apparatus, including: a body, having formed therein at least one first port and at least two second ports (26,27); and a regulating device (32;55), positioned between the first and second ports (25,26,27) in flow sense and including: a first part (30;56) for occluding a path between the first port and a first of the second ports (26,27) to an extent determined by a position along a range of positions of the first part (30;56), a second part (31;57) for occluding a path between the first port and a second of the second ports (26,27) to an extent determined by a position along a range of positions of the second part (31;57) and a control member for adjusting the position of the first part (30;56) in either of opposite directions along the range, wherein the degrees of occlusion by each of the first and second parts (30,31;56,57) vary stepwise with their respective positions along the respective ranges, characterised in that the second part (31;57) is journalled for relative movement with respect to the first part (30;56) along a range of relative positions and by a catch mechanism between the first and the second parts (30,31;56,57) for entraining the second part (31;57) at at least one end point of the range of relative positions. a body, having formed therein at least one first port and at least two second ports (26,27); and a regulating device (32;55), positioned between the first and second ports (25,26,27) in flow sense and including: a first part (30;56) for occluding a path between the first port and a first of the second ports (26,27) to an extent determined by a position along a range of positions of the first part (30;56), a second part (31;57) for occluding a path between the first port and a second of the second ports (26,27) to an extent determined by a position along a range of positions of the second part (31;57) and a control member for adjusting the position of the first part (30;56) in either of opposite directions along the range, a first part (30;56) for occluding a path between the first port and a first of the second ports (26,27) to an extent determined by a position along a range of positions of the first part (30;56), a second part (31;57) for occluding a path between the first port and a second of the second ports (26,27) to an extent determined by a position along a range of positions of the second part (31;57) and a control member for adjusting the position of the first part (30;56) in either of opposite directions along the range, wherein the degrees of occlusion by each of the first and second parts (30,31;56,57) vary stepwise with their respective positions along the respective ranges, characterised in that the second part (31;57) is journalled for relative movement with respect to the first part (30;56) along a range of relative positions and by a catch mechanism between the first and the second parts (30,31;56,57) for entraining the second part (31;57) at at least one end point of the range of relative positions.
Hearing device having - a housing which is elongated along a longitudinal axis, is oval in cross section and is designed to enclose electrical components of the hearing device, - with a loudspeaker which, when the hearing device is worn as intended, is arranged outside the housing and is connected to at least some of the electrical components, - with a plug connector, which is connected to the loudspeaker and which has at least six contact elements for connecting the loudspeaker to the corresponding electrical components, and - with a plug connector receptacle for receiving the plug connector and connecting the respective contact elements, wherein the plug connector receptacle is arranged in a surface of the housing that faces the underside in the intended worn state, characterized in that the plug connector and the plug connector receptacle are designed in such a way that an insertion direction runs from a front side to a rear side in the intended worn state, and the plug connector has an injection-moulded main body made of a first plastic, wherein, in the intended coupling state, the main body is arranged at an angle to the surface of the housing facing the underside, and wherein an end face of the main body facing the loudspeaker, from which a loudspeaker connection cable emerges, is positioned at an angle to a cable exit direction of the loudspeaker connection cable, following said surface of the housing facing the underside. - a housing which is elongated along a longitudinal axis, is oval in cross section and is designed to enclose electrical components of the hearing device, - with a loudspeaker which, when the hearing device is worn as intended, is arranged outside the housing and is connected to at least some of the electrical components, - with a plug connector, which is connected to the loudspeaker and which has at least six contact elements for connecting the loudspeaker to the corresponding electrical components, and - with a plug connector receptacle for receiving the plug connector and connecting the respective contact elements, wherein the plug connector receptacle is arranged in a surface of the housing that faces the underside in the intended worn state, the plug connector and the plug connector receptacle are designed in such a way that an insertion direction runs from a front side to a rear side in the intended worn state, and the plug connector has an injection-moulded main body made of a first plastic, wherein, in the intended coupling state, the main body is arranged at an angle to the surface of the housing facing the underside, and wherein an end face of the main body facing the loudspeaker, from which a loudspeaker connection cable emerges, is positioned at an angle to a cable exit direction of the loudspeaker connection cable, following said surface of the housing facing the underside.
An overwrap container comprising: a base container having a first side seam on a side wall (42a, 50) that extends about a longitudinal axis to define an internal volume, and a bottom connected to the side wall (42a, 50); an overwrap positioned over the side wall (42a, 50) of the base container, the overwrap having a second side seam aligned longitudinally with the first side seam; and connecting elements positioned between the side wall (42a, 50) of the base container and the overwrap, and joining the side wall (42a, 50) of the base container and the overwrap together except in an area along the aligned first and second side seams (58, 104) to define a uniform spacing extending continuously between the side wall (42a, 50) and the overwrap forming an air gap therebetween, wherein the connecting elements are formed of adhesive elements (74, 94), wherein the adhesive elements are formed as elongated spaced apart beads (74, 94) protruding outwardly from an outer periphery of the side wall (42a, 50). a base container having a first side seam on a side wall (42a, 50) that extends about a longitudinal axis to define an internal volume, and a bottom connected to the side wall (42a, 50); an overwrap positioned over the side wall (42a, 50) of the base container, the overwrap having a second side seam aligned longitudinally with the first side seam; and connecting elements positioned between the side wall (42a, 50) of the base container and the overwrap, and joining the side wall (42a, 50) of the base container and the overwrap together except in an area along the aligned first and second side seams (58, 104) to define a uniform spacing extending continuously between the side wall (42a, 50) and the overwrap forming an air gap therebetween, wherein the connecting elements are formed of adhesive elements (74, 94), wherein the adhesive elements are formed as elongated spaced apart beads (74, 94) protruding outwardly from an outer periphery of the side wall (42a, 50).
A method of processing a 3D service, comprising the steps of: receiving a first signal via a broadcasting channel, the first signal carrying a base view component for the 3D service, the base view component being multiplexed with signaling information of a private section, wherein the private section includes a descriptor including information for accessing an additional view component to be paired with the base view component; decoding an event information table from the signaling information; identifying whether an event in the decoded event information table corresponds to a non-real time 3D service; identifying whether an enhancement file of the identified non-real time 3D service is downloaded; receiving a second signal via internet, the second signal carrying the additional view component for the 3D service; characterized in obtaining a current Presentation Time Stamp, PTS, information of the base view component; obtaining a start PTS and time scale information of the additional view component from the decoded event information table, calculating a composition time for synchronization, wherein the composition time is calculated based on the time scale information and difference between current PTS information and start PTS information of the base view component; and rendering 3D content in a manner of performing a synchronization process based on the calculated CT. receiving a first signal via a broadcasting channel, the first signal carrying a base view component for the 3D service, the base view component being multiplexed with signaling information of a private section, wherein the private section includes a descriptor including information for accessing an additional view component to be paired with the base view component; decoding an event information table from the signaling information; identifying whether an event in the decoded event information table corresponds to a non-real time 3D service; identifying whether an enhancement file of the identified non-real time 3D service is downloaded; receiving a second signal via internet, the second signal carrying the additional view component for the 3D service; characterized in obtaining a current Presentation Time Stamp, PTS, information of the base view component; obtaining a start PTS and time scale information of the additional view component from the decoded event information table, calculating a composition time for synchronization, wherein the composition time is calculated based on the time scale information and difference between current PTS information and start PTS information of the base view component; and rendering 3D content in a manner of performing a synchronization process based on the calculated CT.
A pouched product, comprising: an outer water-permeable pouch defining a cavity; a composition comprising a water-soluble component; wherein the composition is situated within the cavity; wherein the outer water-permeable pouch comprises a nonwoven web comprising fibers; and wherein at least a first portion of the fibers is selected from the group consisting of sisal fibers, corn silk fibers, long wood fibers obtained from softwood with a length of 1-5 mm, MCC fibers, and combinations thereof. an outer water-permeable pouch defining a cavity; a composition comprising a water-soluble component; wherein the composition is situated within the cavity; wherein the outer water-permeable pouch comprises a nonwoven web comprising fibers; and wherein at least a first portion of the fibers is selected from the group consisting of sisal fibers, corn silk fibers, long wood fibers obtained from softwood with a length of 1-5 mm, MCC fibers, and combinations thereof.
A system (40, 50) for identifying proximate devices (1, 2) arranged for detecting a sensory identifier and transmitting request messages (RQ1, RQ2) comprising representations of the detected sensory identifier, the system comprising: • means for correlating representations of the detected sensory identifiers from the request messages received from the devices (1, 2) so as to match two or more of those devices, and • means for carrying out an application involving devices that have been matched by said means for correlating representations, wherein said means for correlating are at least one correlation server and said means for carrying out the application are at least one application server, the at least one correlation server and the at least one application server being distinct servers, wherein the proximate devices (1, 2) are arranged to include, in the request messages (RQ1, RQ2), an indication of an application to be executed, the at least one correlation server being configured to compare the applications indicated by the request messages, and causing a transmitter to transmit the match message based on the match to an application server identified by the matching indications of the application in the matched request messages. • means for correlating representations of the detected sensory identifiers from the request messages received from the devices (1, 2) so as to match two or more of those devices, and • means for carrying out an application involving devices that have been matched by said means for correlating representations,
A safety and blocking device for connection of a first modular unit and a second modular unit containing electrical devices, comprising two distinct elements, which can be inserted inside said modular units in a non-removable way, the first of said elements being insertable inside said first modular unit, and the second of said elements being insertable inside both of said modular units (21, 31), characterized in that said first element has a substantially prismatic shape, with a cavity designed for insertion of said second element.
A method for contending for a channel of an unlicensed frequency band, comprising: acquiring, according to contention timeslot configuration information, a condition for starting a contention timeslot, and starting the contention timeslot when the condition is met, wherein the contention timeslot configuration information comprises a time configuration of the contention timeslot, characterized in that the time configuration comprises an idle time length, a channel listening time length, and a channel preemption time length; the method further comprising: performing a corresponding operation within the contention timeslot according to the time configuration of the contention timeslot to contend for a channel of an unlicensed frequency band, the corresponding operation comprising an idle waiting operation corresponding to the idle time length, a channel listening operation corresponding to the channel listening time length, and a channel preemption operation corresponding to the channel preemption time length, so as to implement data transmission on the unlicensed frequency band. acquiring, according to contention timeslot configuration information, a condition for starting a contention timeslot, and starting the contention timeslot when the condition is met, wherein the contention timeslot configuration information comprises a time configuration of the contention timeslot, characterized in that the time configuration comprises an idle time length, a channel listening time length, and a channel preemption time length; the method further comprising: performing a corresponding operation within the contention timeslot according to the time configuration of the contention timeslot to contend for a channel of an unlicensed frequency band, the corresponding operation comprising an idle waiting operation corresponding to the idle time length, a channel listening operation corresponding to the channel listening time length, and a channel preemption operation corresponding to the channel preemption time length, so as to implement data transmission on the unlicensed frequency band.
Charging means for a rechargeable battery for a hand tool, in particular for a rechargeable battery (12a; 12b; 12c) for a hand power tool, comprising at least one rechargeable battery receiving region (14a; 14b; 14c) for the releasable attachment of at least one rechargeable battery unit (18a; 18b; 18c) and at least one rechargeable battery contact means (16a; 16b; 16c), which is provided to be connected to a power tool contact means (38a; 38b; 38c) of the at least one rechargeable battery unit (18a; 18b; 18c), wherein at least one charge coupling means (20a; 20b; 20c) is configured to receive energy that is transmitted wirelessly, characterized in that the rechargeable battery contact means (16a; 16b; 16c) of the charging means for a rechargeable battery for a hand tool is configured to be electrically and mechanically connected in detachable fashion without tools to the one power tool contact means (38a; 38b; 38c) of the at least one rechargeable battery unit (18a; 18b; 18c).
A rubber composition comprising a rubber component comprising a copolymer of a conjugated diene compound and a non-conjugated olefin and, with respect to 100 parts by mass of the rubber component, a reinforcing filler by 5 parts by mass to 200 parts by mass, and a crosslinking agent by 0.1 parts by mass to 20 parts by mass, wherein the copolymer of the conjugated diene compound and the non-conjugated olefin is a random copolymer including randomly arranged monomer units of the conjugated diene compound and of the non-conjugated olefin, wherein in a differential scanning calorimetry curve of the copolymer, a crystallization temperature derived from a block sequence including monomer units of the non-conjugated olefin is not observed, and wherein the non-conjugated olefin is at least one selected from the group consisting of ethylene, propylene, and 1-butene.
A handheld vacuum cleaner comprising: a pistol grip which is positioned generally transverse to a longitudinal axis of the vacuum cleaner that runs from a front end to a rear end thereof; an air inlet positioned forward of the pistol grip; a vacuum motor configured to draw dirty air into a dirt separator of the vacuum cleaner through the air inlet, and exhaust clean air from the vacuum cleaner through an air outlet; and an electronic visual display which faces generally rearwards characterized in that the electronic visual display projects through or is visible through an aperture in a user-removable component. a pistol grip which is positioned generally transverse to a longitudinal axis of the vacuum cleaner that runs from a front end to a rear end thereof; an air inlet positioned forward of the pistol grip; a vacuum motor configured to draw dirty air into a dirt separator of the vacuum cleaner through the air inlet, and exhaust clean air from the vacuum cleaner through an air outlet; and an electronic visual display which faces generally rearwards characterized in that the electronic visual display projects through or is visible through an aperture in a user-removable component.
Presence sensor, which comprises an interface (8, 8'), a supply voltage interface (7, 7'), a control unit (10, 10') and a switching device (9, 9'), wherein a supply voltage (V Mains) can be output via the interface (8, 8'), wherein electrical energy can be supplied to the presence sensor (6, 6') via the supply voltage interface (7, 7'), and wherein the switching device (9, 9') connected to the control unit (10, 10') is designed to connect the supply voltage interface (7, 7') to the interface (8, 8') in order to output the supply voltage when the control unit (10, 10') detects a presence of a person on the basis of a detection signal, characterized in that the control unit (10, 10') is connected to the interface (8, 8') and is configured such that it detects an increase in a voltage applied to the interface (8, 8') to the supply voltage and, when an increase is detected, closes the switching device (9, 9') in order to connect the supply voltage interface (7, 7') to the interface (8, 8') for a minimum duration (t Min). which comprises an interface (8, 8'), a supply voltage interface (7, 7'), a control unit (10, 10') and a switching device (9, 9'), wherein a supply voltage (V Mains) can be output via the interface (8, 8'), wherein electrical energy can be supplied to the presence sensor (6, 6') via the supply voltage interface (7, 7'), and wherein the switching device (9, 9') connected to the control unit (10, 10') is designed to connect the supply voltage interface (7, 7') to the interface (8, 8') in order to output the supply voltage when the control unit (10, 10') detects a presence of a person on the basis of a detection signal, characterized in that the control unit (10, 10') is connected to the interface (8, 8') and is configured such that it detects an increase in a voltage applied to the interface (8, 8') to the supply voltage and, when an increase is detected, closes the switching device (9, 9') in order to connect the supply voltage interface (7, 7') to the interface (8, 8') for a minimum duration (t Min).
Roller bearing having an outer ring and an inner ring arranged coaxially relative to the outer ring, which are arranged at a distance from each other by means of roller elements, the roller bearing being fitted on its outer surfaces with at least one elastic compensation element in the form of an elastic buffer, characterised in that at least one end face of the roller bearing is provided with the elastic buffer and the buffer extends on the one hand over a covering or sealing shim overlapping with the roller elements on the end face and also extends on the other hand in the manner of a collar as an extension of the outer ring, wherein the elastic buffer is arranged exclusively on the at least one end face of the roller bearing.
Device for limiting the risk of forming an explosive atmosphere in the furnace of a continuous metal strip heat treatment line, the sections of which are under an atmosphere consisting of a mixture of inert gas and hydrogen, the hydrogen content of which is between 5 and 100% by volume, said system being equipped with a rapid induction heating section and a rapid cooling section, comprising: - a chamber maintained under inert gas, at the inlet of the rapid heating section of the furnace and at the outlet of the rapid cooling section, - an inlet device at which the strip enters the chamber from the atmospheric air; - an atmosphere separating inlet device via which the strip enters the heating section of the furnace from the chamber under inert gas, - an atmosphere separating outlet device via which the strip exits the rapid cooling section of the furnace, - an outlet device via which the strip exits the chamber into the atmospheric air, characterized in that: - the pressure in the chamber being above atmospheric pressure when the heating of the furnace is operating normally, - the chamber is under inert gas, and - the atmosphere separating devices (11, 13) outlet being fitted with a gas take-off; and - a chamber maintained under inert gas, at the inlet of the rapid heating section of the furnace and at the outlet of the rapid cooling section, - an inlet device at which the strip enters the chamber from the atmospheric air; - an atmosphere separating inlet device via which the strip enters the heating section of the furnace from the chamber under inert gas, - an atmosphere separating outlet device via which the strip exits the rapid cooling section of the furnace, - an outlet device via which the strip exits the chamber into the atmospheric air, - the pressure in the chamber being above atmospheric pressure when the heating of the furnace is operating normally, - the chamber is under inert gas, and - the atmosphere separating devices (11, 13) outlet being fitted with a gas take-off; and