mhurhangee/ep-ind-claims huggingface dataset:
Timepiece assembly method including a case formed by a middle part closed by a back cover and by a crystal defining a housing, said method including the following steps: a) taking an electronic module including first connection points and placing the electronic module in said housing; b) taking a crystal having an external face and a bottom face onto which a display module having second connection points is fixed, the second connection points being required to cooperate with the first connection points; characterized in that said method further includes the following steps: c) determining the position of at least one stud arranged on the middle part in relation to the first connection points; d) determining the position of the display module relative to the crystal; e) forming at least one recess in the crystal according to the position of said at least one stud arranged on the middle part relative to the first connection points; and f) placing the crystal on the middle part causing said at least one stud to cooperate with said at least one recess and rendering said crystal integral with said middle part. a) taking an electronic module including first connection points and placing the electronic module in said housing; b) taking a crystal having an external face and a bottom face onto which a display module having second connection points is fixed, the second connection points being required to cooperate with the first connection points; c) determining the position of at least one stud arranged on the middle part in relation to the first connection points; d) determining the position of the display module relative to the crystal; e) forming at least one recess in the crystal according to the position of said at least one stud arranged on the middle part relative to the first connection points; and f) placing the crystal on the middle part causing said at least one stud to cooperate with said at least one recess and rendering said crystal integral with said middle part.
A crop conveyor comprising a conveyor unit and a coupling mechanism for coupling the conveyor unit to a mounting structure associated with an operating unit of an agricultural machine, the coupling mechanism comprising: a gendered element in the form of a male element or a female element configured for receiving a complementary gendered element during engagement, wherein the gendered element is attached to the conveyor unit by a supporting arm and is engageable with the complementary gendered element attached to the mounting structure; characterised in that said gendered element is upwardly or downwardly tapered for facilitating self-guiding of the gendered element into engagement with the complementary gendered element by, in use, movement of the mounting structure in relation to the conveyor unit; the crop conveyor further comprising an hydraulic actuator, pivotally mounted and spanning between the coupling mechanism and the supporting arm, for, in use, raising and lowering the conveyor unit relative to the operating unit. a gendered element in the form of a male element or a female element configured for receiving a complementary gendered element during engagement, wherein the gendered element is attached to the conveyor unit by a supporting arm and is engageable with the complementary gendered element attached to the mounting structure; characterised in that said gendered element is upwardly or downwardly tapered for facilitating self-guiding of the gendered element into engagement with the complementary gendered element by, in use, movement of the mounting structure in relation to the conveyor unit; the crop conveyor further comprising an hydraulic actuator, pivotally mounted and spanning between the coupling mechanism and the supporting arm, for, in use, raising and lowering the conveyor unit relative to the operating unit.
A process for preparing acrylic emulsion resin, comprising: introducing a monomer mixture comprising (meth)acrylic acid ester-based monomers including C1-14 alkyl groups, and a comonomer to initiatean emulsion polymerization reaction; conducting the emulsion polymerization reaction; and introducing a monomer represented by the following Chemical Formula 1, while conducting the emulsion polymerization by introducing the monomer mixture, to prepare an acrylic emulsion resin, wherein the introduction of the monomer mixture is performed for a total time of 2 hours or more, and the introduction of the monomer represented by Chemical Formula 1 is started at the time from 60% to 93% of the total time, after starting the introduction ofthe monomer mixture: [Chemical Formula 1] R 1 -A-R 2 in Chemical Formula 1, R 1 is a functional group including a carbon-carbon unsaturated bond capable of progressing a radical reaction, A is a single bond, a C1-10 linear or branched alkylene group, or a C6-20 arylene group, and R 2 is sulfonate, sulfite or sulfate, and wherein the comonomer is one or more selected from the group consisting of vinyl ester-based monomers, styrene-based monomers, (meth)acrylic acid-based monomers, and hydroxy group-containing (meth)acrylic ester-based monomers. introducing a monomer mixture comprising (meth)acrylic acid ester-based monomers including C1-14 alkyl groups, and a comonomer to initiatean emulsion polymerization reaction; conducting the emulsion polymerization reaction; and introducing a monomer represented by the following Chemical Formula 1, while conducting the emulsion polymerization by introducing the monomer mixture, to prepare an acrylic emulsion resin, wherein the introduction of the monomer mixture is performed for a total time of 2 hours or more, and the introduction of the monomer represented by Chemical Formula 1 is started at the time from 60% to 93% of the total time, after starting the introduction ofthe monomer mixture: [Chemical Formula 1] R 1 -A-R 2 in Chemical Formula 1, R 1 is a functional group including a carbon-carbon unsaturated bond capable of progressing a radical reaction, A is a single bond, a C1-10 linear or branched alkylene group, or a C6-20 arylene group, and R 2 is sulfonate, sulfite or sulfate, and wherein the comonomer is one or more selected from the group consisting of vinyl ester-based monomers, styrene-based monomers, (meth)acrylic acid-based monomers, and hydroxy group-containing (meth)acrylic ester-based monomers.
Windshield wiper apparatus for a motor vehicle, with a wiper motor and with at least one wiper bearing in which a wiper shaft is mounted, the wiper shaft being drivable by means of the wiper motor in order to actuate a wiper arm connected to the wiper shaft, wherein the wiper bearing has a bearing pin for receiving a tubular support, said bearing pin being fixable to the tubular support by means of a crimp, wherein the bearing pin has an outer contour which, even before the crimp is introduced, is formed, at least in a region of overlap with the crimp, so as to correspond to an inner contour of the crimped tubular support, characterized in that the outer contour of the bearing pin is designed in such a manner that a surface contact between the inner contour of the tubular support and the outer contour of the bearing pin is formed only in the region of a crimping base formed during the crimping, and the tubular support is otherwise spaced apart from the bearing pin.
A refuse bag with two side walls (2, 3), which delimit an opening with their upper edges and are connected to each other on additional edges by welding seams (6, 7) and on their lower edge by a bottom, wherein a moisture absorbing strip is arranged between the side walls (2, 3), the moisture absorbing strip is made totally or partially from a material which can be welded to the side walls and is welded into both welding seams (6, 7), characterised in that the moisture absorbing strip is fixed only on the two welding seams (6, 7) and the moisture absorbing strip is welded into the lateral welding seams (2, 3) at such a distance from the bottom that permits the moisture absorbing strip to hang down till it reaches the bottom when the refuse bag is opened or filled.
A tissue paper product comprising: a first ply having a highly porous, open-celled foam formed structure comprising cellulosic fibers, a water insoluble binder and a foaming surfactant and wherein the cellulosic fiber comprises greater than 50% by weight of the first ply; said cellulosic fibers of said first ply are bonded to one another by hydrogen bonding; and wherein said first ply has a density less than 0.04 g/cc, Gelbo Lint Value less than 5 and a wet tensile strength of at least 10 g-f (98.1 m/s 2). a first ply having a highly porous, open-celled foam formed structure comprising cellulosic fibers, a water insoluble binder and a foaming surfactant and wherein the cellulosic fiber comprises greater than 50% by weight of the first ply; said cellulosic fibers of said first ply are bonded to one another by hydrogen bonding; and wherein said first ply has a density less than 0.04 g/cc, Gelbo Lint Value less than 5 and a wet tensile strength of at least 10 g-f (98.1 m/s 2).
A dual-sensor fluid sensor assembly (1000, 1310) comprising: a probe holder configured to receive and secure two fluid sensor probes (1008A, B) characterized in that the probe holder comprises a mounting bracket configured to receive and secure the two fluid sensor probes, and wherein the mounting bracket comprises a probe lock configured to simultaneously lock a first of the two fluid sensor probes at a first height and a second of the two fluid sensor probes at a second height such that the first height and the second height are unique; wherein the assembly further comprises: a base configured to receive and secure the holder upon rotation of the holder into the base; and a spring positioned between the holder and the base, the spring positioned to exert a repelling force between the holder and the base to secure the holder to the base. a probe holder configured to receive and secure two fluid sensor probes (1008A, B) characterized in that the probe holder comprises a mounting bracket configured to receive and secure the two fluid sensor probes, and wherein the mounting bracket comprises a probe lock configured to simultaneously lock a first of the two fluid sensor probes at a first height and a second of the two fluid sensor probes at a second height such that the first height and the second height are unique; a base configured to receive and secure the holder upon rotation of the holder into the base; and a spring positioned between the holder and the base, the spring positioned to exert a repelling force between the holder and the base to secure the holder to the base.
A group resource release method, comprising: determining, by an evolved Node B, eNB, from group cells which belong to the eNB, a target cell which needs to release a group resource; sending, by the eNB, to the target cell a message for instructing to release the group resource, wherein the message for instructing to release the group resource is used for instructing the target cell to release an air interface resource of the target cell and/or a group resource which is allocated to the target cell by the eNB; wherein sending, by the eNB, to the target cell the message for instructing to release the group resource comprises: judging, by the eNB, whether the target cell is a last cell in a current group call; when the target cell is not the last cell in the current group call, sending, by the eNB, to the target cell the message for instructing to release the group resource; and when the target cell is the last cell in the current group call, sending, by the eNB, to a trunking core network a request for releasing a group context; after receiving a command for releasing the group context from the trunking core network, sending, by the eNB, to the target cell the message for instructing to release the group resource, wherein the request for releasing a group context is used for requesting to release group resources of the group cells which belong to the eNB. determining, by an evolved Node B, eNB, from group cells which belong to the eNB, a target cell which needs to release a group resource; sending, by the eNB, to the target cell a message for instructing to release the group resource, wherein the message for instructing to release the group resource is used for instructing the target cell to release an air interface resource of the target cell and/or a group resource which is allocated to the target cell by the eNB; wherein sending, by the eNB, to the target cell the message for instructing to release the group resource comprises: judging, by the eNB, whether the target cell is a last cell in a current group call; when the target cell is not the last cell in the current group call, sending, by the eNB, to the target cell the message for instructing to release the group resource; and when the target cell is the last cell in the current group call, sending, by the eNB, to a trunking core network a request for releasing a group context; after receiving a command for releasing the group context from the trunking core network, sending, by the eNB, to the target cell the message for instructing to release the group resource, wherein the request for releasing a group context is used for requesting to release group resources of the group cells which belong to the eNB.
A winding roller for driving a bobbin of a spinning station of a textile machine to rotate, which is comprised of a spinning station of a textile machine, wherein the winding roller comprises a fixed shaft, a bearing mounted on the fixed shaft, a drum casing, end caps at both ends of the drum casing, a motor stator fixed on the fixed shaft, and an annular driving magnetic ring, which is composed of N-pole and S-pole magnetic strips arranged at intervals, disposed on an inner wall of the drum casing at a position corresponding to the motor stator, characterized in that the drum casing is disposed to sleeve the bearing, wherein the drum casing is closed at both ends by the end caps, a motor speed measuring unit is disposed inside a winding roller motor, the speed measuring unit comprising a rotating part fixed on the drum casing and a fixed part fixed on the fixed shaft, wherein the rotating part is provided with a first speed measuring element, the fixed part is provided with a second speed measuring element, and the first speed measuring element and the second speed measuring element are oppositely disposed in a direction parallel to a longitudinal axis of the fixed shaft. a fixed shaft, a bearing mounted on the fixed shaft, a drum casing, end caps at both ends of the drum casing, a motor stator fixed on the fixed shaft, and an annular driving magnetic ring, which is composed of N-pole and S-pole magnetic strips arranged at intervals, disposed on an inner wall of the drum casing at a position corresponding to the motor stator, characterized in that the drum casing is disposed to sleeve the bearing, wherein the drum casing is closed at both ends by the end caps, a motor speed measuring unit is disposed inside a winding roller motor, the speed measuring unit comprising a rotating part fixed on the drum casing and a fixed part fixed on the fixed shaft, wherein the rotating part is provided with a first speed measuring element, the fixed part is provided with a second speed measuring element, and the first speed measuring element and the second speed measuring element are oppositely disposed in a direction parallel to a longitudinal axis of the fixed shaft.
A mobile station for use in a Radio Access Network, RAN, the RAN being connected to a core network in which there is one or more Public Land Mobile Networks, PLMNs (103, 104, 105), the mobile station being arranged to select one of said PLMNs (103, 104, 105) when accessing a Packet Switched, PS, domain in the RAN, the mobile station being arranged to communicate with the RAN by means of Radio Link Control, RLC, data blocks, the mobile station being characterized in that it is arranged to include an ID of its selected PLMN in an RLC data block, the mobile station being arranged to inform the RAN by means of including a reserved or pre-defined value in the length indicator field of the RLC data block the presence of the ID of the selected PLMN in a field following the length indicator field of the RLC data block.
A kit for selectively electrically connecting electrodes (10, 20), the kit comprising: a release liner comprising: an outer nonconductive surface to which the electrodes (10, 20) may be attached; conductors, each conductor being configured to be in electrical contact with a respective electrode (10, 20), when the electrodes (10, 20) are attached to the outer nonconductive surface, and arranged such that the conductors are electrically disconnected from each other when the release liner is unfolded; and an access (36, 38) to each of the conductors; and a retaining device, wherein the release liner is configured to be folded one way, such that the accesses (36, 38) to the conductors are aligned, whereby the retaining device, when applied to the release liner folded the one way, brings the conductors into electrical connection with each other, and the release liner is further configured to be folded another way to leave the conductors electrically disconnected. a release liner comprising: an outer nonconductive surface to which the electrodes (10, 20) may be attached; conductors, each conductor being configured to be in electrical contact with a respective electrode (10, 20), when the electrodes (10, 20) are attached to the outer nonconductive surface, and arranged such that the conductors are electrically disconnected from each other when the release liner is unfolded; and an access (36, 38) to each of the conductors; and an outer nonconductive surface to which the electrodes (10, 20) may be attached; conductors, each conductor being configured to be in electrical contact with a respective electrode (10, 20), when the electrodes (10, 20) are attached to the outer nonconductive surface, and arranged such that the conductors are electrically disconnected from each other when the release liner is unfolded; and an access (36, 38) to each of the conductors; and a retaining device, wherein the release liner is configured to be folded one way, such that the accesses (36, 38) to the conductors are aligned, whereby the retaining device, when applied to the release liner folded the one way, brings the conductors into electrical connection with each other, and the release liner is further configured to be folded another way to leave the conductors electrically disconnected.
Coupler head of a car for a multi-car vehicle, characterized by a pad (10, 20) suitable to reduce the accumulation of snow on a surface or in a recess of the coupler-head being attached to it, whereby the pad (10, 20) has an inflatable chamber (11, 21), wherein the chamber is adapted to achieve the reduction by being inflated.
A target identification system, the system comprising: a length estimation module configured to determine a length of a target from a radar image based on a range profile, the radar image, and one or more adaptive parameters; a points of interest module configured to separate the radar image into at least two sections (224a, 224b) based on the length of the target; and identify at least one point of interest of the target for at least one of the at least two sections from the radar image based on the length of the target, the range profile, the radar image, the one or more adaptive parameters, and Hough Line processing; and an identification module configured to determine a target identification from a plurality of identification classes based on the length of the target and the at least one point of interest of the target. a length estimation module configured to determine a length of a target from a radar image based on a range profile, the radar image, and one or more adaptive parameters; a points of interest module configured to separate the radar image into at least two sections (224a, 224b) based on the length of the target; and identify at least one point of interest of the target for at least one of the at least two sections from the radar image based on the length of the target, the range profile, the radar image, the one or more adaptive parameters, and Hough Line processing; and an identification module configured to determine a target identification from a plurality of identification classes based on the length of the target and the at least one point of interest of the target.
A method performed by a user equipment configured for downlink carrier aggregation for transmitting one or more Channel State Information, CSI, reports in a communication network, said method comprising: - receiving a configuration on a first serving cell, wherein the configuration assigns a set of semi-persistent Channel State Information Reference Signal, CSI-RS, resources; - receiving a grant on a first serving cell, wherein the grant comprises a first identifier identifying at least one semi-persistent CSI-RS resource of the first serving cell; - using the semi-persistent CSI-RS resource identified by the first identifier to calculate one or more CSI reports for the first serving cell until said user equipment receives a second grant comprising a second identifier identifying at least one different semi-persistent CSI-RS resource than the CSI-RS resource identified by the first identifier, - transmitting the said one or more CSI reports to a network node serving the first serving cell. - receiving a configuration on a first serving cell, wherein the configuration assigns a set of semi-persistent Channel State Information Reference Signal, CSI-RS, resources; - receiving a grant on a first serving cell, wherein the grant comprises a first identifier identifying at least one semi-persistent CSI-RS resource of the first serving cell; - using the semi-persistent CSI-RS resource identified by the first identifier to calculate one or more CSI reports for the first serving cell until said user equipment receives a second grant comprising a second identifier identifying at least one different semi-persistent CSI-RS resource than the CSI-RS resource identified by the first identifier, - transmitting the said one or more CSI reports to a network node serving the first serving cell.
A configuration device comprising an interface circuit, the interface circuit being configured to communicate with an authenticated third party and an access point via a network, wherein the configuration device is configured to: receive, at the interface circuit and from the authenticated third party, a predefined mapping (414, 514), wherein the predefined mapping is from an identifier of the access point to a unique network address of a controller (122-1, 512) associated with the access point, wherein the authenticated third party is other than a provider of the access point and a provider of the controller (122-1, 512); receive, at the interface circuit and from the access point, a controller query that requests information specifying the unique network address of the controller (122-1, 512) associated with the access point, wherein the controller query includes the identifier; determine the unique network address of the controller (122-1, 512) based on the predefined mapping (414, 514) and the identifier; and provide, from the interface circuit, the information for the access point. receive, at the interface circuit and from the authenticated third party, a predefined mapping (414, 514), wherein the predefined mapping is from an identifier of the access point to a unique network address of a controller (122-1, 512) associated with the access point, wherein the authenticated third party is other than a provider of the access point and a provider of the controller (122-1, 512); receive, at the interface circuit and from the access point, a controller query that requests information specifying the unique network address of the controller (122-1, 512) associated with the access point, wherein the controller query includes the identifier; determine the unique network address of the controller (122-1, 512) based on the predefined mapping (414, 514) and the identifier; and provide, from the interface circuit, the information for the access point.