mhurhangee/ep-ind-claims huggingface dataset:
A method for providing dynamic collaborative presence information, the method comprising: opening a document in a first client application; detecting a selection or edit of a cell or a range of cells by a first user; sending information associated with the detected selection or edit to a server; receiving, from the server, collective presence information, the collective presence information comprising user presence in a cell or a range of cells in the document opened in at least two additional client applications; wherein receiving collective presence information comprises receiving, at the server, presence information from the client applications and summarizing, at the server, the received presence information to obtain collective presence information; sending, from the server, the collective presence information to each of the client applications in a collaborative session; displaying an indication of user presence in a cell or a range of cells in the document; receiving an indication of a trigger associated with the indication of user presence in a cell or a range of cells in the document; and displaying a UI element representative of a number of users concurrently viewing or editing the cell or range of cells; wherein the server pushes information to each client application in the collaborative session that a user has entered an edit mode for a particular selection, wherein the edit mode includes a state when at least one of: values are typed into a cell, a cell is selected and typing in a formula bar is detected, a functionality for entering the edit mode is selected. opening a document in a first client application; detecting a selection or edit of a cell or a range of cells by a first user; sending information associated with the detected selection or edit to a server; receiving, from the server, collective presence information, the collective presence information comprising user presence in a cell or a range of cells in the document opened in at least two additional client applications; wherein receiving collective presence information comprises receiving, at the server, presence information from the client applications and summarizing, at the server, the received presence information to obtain collective presence information; sending, from the server, the collective presence information to each of the client applications in a collaborative session; displaying an indication of user presence in a cell or a range of cells in the document; receiving an indication of a trigger associated with the indication of user presence in a cell or a range of cells in the document; and displaying a UI element representative of a number of users concurrently viewing or editing the cell or range of cells; wherein the server pushes information to each client application in the collaborative session that a user has entered an edit mode for a particular selection, wherein the edit mode includes a state when at least one of: values are typed into a cell, a cell is selected and typing in a formula bar is detected, a functionality for entering the edit mode is selected.
Sports field, comprising a base structure and a cover, wherein the cover is at least partly permeable to fluid, especially water, wherein the base structure comprises voids for containing fluid, wherein the base structure forms a substantially continuous deck supporting the cover, wherein the cover comprises or is formed by an artificial sports layer, such as artificial grass, at least a number of said voids being in fluid communication with each other, and wherein wick elements (38B, 39) are provided fluidly connecting at least a number of said voids with said cover for supplying fluid from said voids to said cover, characterized in that the wick elements (38B, 39) are at least partly formed in elements of the base structure.
A solid rinse aid composition comprising: a solidification agent present in an amount of from about 60 wt% to about 90 wt% said solidification agent being one or more short chain alkyl benzene and/or alkyl naphthalene sulfonates selected from the group comprising: sodium xylene sulfonate, sodium toluene sulfonate, sodium cumene sulfonate, potassium toluene sulfonate, ammonium xylene sulfonate, calcium xylene sulfonate, and sodium butyl naphthalene sulfonate for solidification of the rinse aid composition; an association disruption agent, from about 15 wt% to about 30 wt% of a sheeting agent and a defoamer, said composition further comprising water and/or a preservative, wherein said association disruption agent is an alcohol alkoxylate and the alkoxylate is selected from the group consisting of ethylene oxides, propylene oxides, butylene oxides, pentalene oxides, hexylene oxides, heptalene oxides, octalene oxides, nonalene oxides, decylene oxides and mixtures and derivatives thereof, wherein said sheeting agent comprises one or more alcohol ethoxylates of Formula: R-O-(CH 2 CH 2 O) n -H wherein n is an integer in the range of1 to 100 and R is a (C 8 -C 12) alkyl group, wherein said defoamer component comprises a block copolymer compound including one or more ethylene oxide groups. sodium xylene sulfonate, sodium toluene sulfonate, sodium cumene sulfonate, potassium toluene sulfonate, ammonium xylene sulfonate, calcium xylene sulfonate, and sodium butyl naphthalene sulfonate for solidification of the rinse aid composition; an association disruption agent, from about 15 wt% to about 30 wt% of a sheeting agent and a defoamer, said composition further comprising water and/or a preservative, wherein said association disruption agent is an alcohol alkoxylate and the alkoxylate is selected from the group consisting of ethylene oxides, propylene oxides, butylene oxides, pentalene oxides, hexylene oxides, heptalene oxides, octalene oxides, nonalene oxides, decylene oxides and mixtures and derivatives thereof, wherein said sheeting agent comprises one or more alcohol ethoxylates of Formula: R-O-(CH 2 CH 2 O) n -H wherein n is an integer in the range of1 to 100 and R is a (C 8 -C 12) alkyl group, wherein said defoamer component comprises a block copolymer compound including one or more ethylene oxide groups.
A scheduling method of evolved NodeB in a long term evolution system, characterized by comprising: sending, by an evolved NodeB to a user equipmemt, a downlink media access control protocol data unit, MAC PDU, for transmitting downlink data, wherein the downlink MAC PDU carries a media access control control element, MAC CE, and the MAC CE carries uplink resource allocation information for indicating an uplink resource to the user equipment; receiving, by the evolved NodeB, an uplink MAC PDU sent by the user equipment according to the uplink resource allocation information; wherein if the uplink resource allocation information comprises physical resource allocated for the user equipment, modulation and codec scheme, size of the MAC PDU and time at which the user equipment is indicated to send the MAC PDU, the receiving, by the evoveld NodeB, the uplink MAC PDU sent by the user equipment according to the uplink resource allocation information comprises: receiving, by the evloved NodeB, the uplink MAC PDU sent by the user equipment to the evolved NodeB at the time using the physical resource according to the modulation and codec scheme and the size of the MAC PDU. sending, by an evolved NodeB to a user equipmemt, a downlink media access control protocol data unit, MAC PDU, for transmitting downlink data, wherein the downlink MAC PDU carries a media access control control element, MAC CE, and the MAC CE carries uplink resource allocation information for indicating an uplink resource to the user equipment; receiving, by the evolved NodeB, an uplink MAC PDU sent by the user equipment according to the uplink resource allocation information; wherein if the uplink resource allocation information comprises physical resource allocated for the user equipment, modulation and codec scheme, size of the MAC PDU and time at which the user equipment is indicated to send the MAC PDU, the receiving, by the evoveld NodeB, the uplink MAC PDU sent by the user equipment according to the uplink resource allocation information comprises: receiving, by the evloved NodeB, the uplink MAC PDU sent by the user equipment to the evolved NodeB at the time using the physical resource according to the modulation and codec scheme and the size of the MAC PDU.
Oscillating armature pump for a household appliance, with at least two housing parts (11, 12, 13, 14, 15), which are fixedly connected with each other, and with at least one welding seam (16, 17, 18) connecting the housing parts (11, 12, 13, 14, 15) with each other, wherein the at least one welding seam (16, 17, 18) is realised as a laser welding seam, wherein the at least two housing parts (11, 12, 13, 14, 15) form a press fit in which the housing parts (11, 12, 13, 14, 15) are fixated via the at least one welding seam (16, 17, 18), wherein a first pair of housing parts (11, 12), which are connected with each other, consist of a radially outer housing part and a radially inner housing part, wherein the inner housing part forms a spring seat for a spring, wherein the at least one welding seam defines a pretension of the spring, wherein the inner housing part has a wall supporting the inner housing part in the outer housing part, the wall being connected to a pump chamber wall of the outer housing part via the at least one welding seam, wherein the at least one welding seam is arranged in a radial direction between the wall and the pump chamber wall and wherein the inner housing part of the pair forms a connection element for a fluid inlet, wherein the first pair of connected housing parts (11, 12) has an overlap region, in which the at least one welding seam is arranged, and wherein at least one of the two connected housing parts (11, 12) is implemented at least partially of a material that is transparent for a welding laser beam.
A method, on a Mobile Equipment, ME, comprising: sending, to a universal integrated circuit card, UICC, a download profile, the download profile indicating support for an Internet Protocol, IP, Multimedia Subsystem, IMS, Registration Event; in response to sending the download profile, receiving, from the UICC, a SET UP EVENT LIST command setting up a current event list, the current event list including the IMS Registration Event; receiving a Status-code from an IMS network in response to a Session Initiation Protocol, SIP, REGISTER message, the Status-code indicating an IMS registration failure; in response to receiving the Status-code, informing the UICC of the IMS registration failure; wherein informing the UICC is based on the IMS Registration Event in the current event list. sending, to a universal integrated circuit card, UICC, a download profile, the download profile indicating support for an Internet Protocol, IP, Multimedia Subsystem, IMS, Registration Event; in response to sending the download profile, receiving, from the UICC, a SET UP EVENT LIST command setting up a current event list, the current event list including the IMS Registration Event; receiving a Status-code from an IMS network in response to a Session Initiation Protocol, SIP, REGISTER message, the Status-code indicating an IMS registration failure; in response to receiving the Status-code, informing the UICC of the IMS registration failure; wherein informing the UICC is based on the IMS Registration Event in the current event list.
A mobile device communicating with a multi-cell network comprising a tracking area, a plurality of base stations and a core portion, the mobile device comprising: a digital processor; a radio interface configured to communicate with the processor and the multi-cell network; and a storage device coupled to the processor, the storage device comprising computer executable instructions that, when executed by the digital processor: specify only a subset of the plurality of base stations with which to perform paging, where the plurality of base stations are associated with the tracking area, wherein the tracking area is a location determined by the multi-cell network and includes a plurality of cells within the multi-cell network; and direct a communication identifying the specified subset of the plurality of base stations only to the specified subset of the plurality of base stations without communicating the specified subset of the plurality of base stations to the core portion. a digital processor; a radio interface configured to communicate with the processor and the multi-cell network; and a storage device coupled to the processor, the storage device comprising computer executable instructions that, when executed by the digital processor: specify only a subset of the plurality of base stations with which to perform paging, where the plurality of base stations are associated with the tracking area, wherein the tracking area is a location determined by the multi-cell network and includes a plurality of cells within the multi-cell network; and direct a communication identifying the specified subset of the plurality of base stations only to the specified subset of the plurality of base stations without communicating the specified subset of the plurality of base stations to the core portion. specify only a subset of the plurality of base stations with which to perform paging, where the plurality of base stations are associated with the tracking area, wherein the tracking area is a location determined by the multi-cell network and includes a plurality of cells within the multi-cell network; and direct a communication identifying the specified subset of the plurality of base stations only to the specified subset of the plurality of base stations without communicating the specified subset of the plurality of base stations to the core portion.
A content addressable memory, CAM, control apparatus comprising: a tag comparator that compares a tag stored in the CAM with an address generated by a processor, the tag being an address of an element of the CAM and an attribute within the tag describing an operating state of the processor; and an operating state comparator that compares the attribute with a current operating state of the processor, whereby the tag comparator is enabled or disabled depending upon the results of the comparison of the attribute with the current operating state of the processor; wherein the tag stores a logical register number, LRN, wherein the LRN is obtained by mapping an instruction register number, IRN, to the LRN dependent upon the current operating state of the processor. a tag comparator that compares a tag stored in the CAM with an address generated by a processor, the tag being an address of an element of the CAM and an attribute within the tag describing an operating state of the processor; and an operating state comparator that compares the attribute with a current operating state of the processor, whereby the tag comparator is enabled or disabled depending upon the results of the comparison of the attribute with the current operating state of the processor; wherein the tag stores a logical register number, LRN, wherein the LRN is obtained by mapping an instruction register number, IRN, to the LRN dependent upon the current operating state of the processor.
A method of detecting an antigen having a specific sugar chain in a sample with a lectin that binds to plural kinds of sugar chains including said specific sugar chain, said method comprising: (a) a step of bringing said lectin into contact with said sample; (b) a step of bringing a glycohydrolase capable of cleaving at least one kind of sugar chain to which said lectin can bind into contact with said sample, said at least one kind of sugar chain excluding said specific sugar chain among said plural kinds of sugar chains; and (c) a step of detecting said antigen bound with said lectin after said first and second steps, wherein the combination of said lectin and said glycohydrolase is any of the following combination of to: said lectin is Wisteria floribunda lectin, and said glycohydrolase is galactosidase; said lectin is soybean lectin, and said glycohydrolase is galactosidase; said lectin is Trichosanthes japonica lectin (TJA-II), and said glycohydrolase is fucosidase; said lectin is Lens culinaris lectin, and said glycohydrolase is mannosidase; said lectin is Trichosanthes japonica lectin (TJA-I), and said glycohydrolase is galactosidase; said lectin is Aleuria aurantia lectin, and said glycohydrolase is fucosidase; said lectin is Wheat germ lectin, and said glycohydrolase is N-acetylglucosaminidase; said lectin is Canavalia ensiformis lectin (ConA), and said glycohydrolase is glucosidase. (a) a step of bringing said lectin into contact with said sample; (b) a step of bringing a glycohydrolase capable of cleaving at least one kind of sugar chain to which said lectin can bind into contact with said sample, said at least one kind of sugar chain excluding said specific sugar chain among said plural kinds of sugar chains; and (c) a step of detecting said antigen bound with said lectin after said first and second steps, said lectin is Wisteria floribunda lectin, and said glycohydrolase is galactosidase; said lectin is soybean lectin, and said glycohydrolase is galactosidase; said lectin is Trichosanthes japonica lectin (TJA-II), and said glycohydrolase is fucosidase; said lectin is Lens culinaris lectin, and said glycohydrolase is mannosidase; said lectin is Trichosanthes japonica lectin (TJA-I), and said glycohydrolase is galactosidase; said lectin is Aleuria aurantia lectin, and said glycohydrolase is fucosidase; said lectin is Wheat germ lectin, and said glycohydrolase is N-acetylglucosaminidase; said lectin is Canavalia ensiformis lectin (ConA), and said glycohydrolase is glucosidase.
A method for releasing a local Internet Protocol, IP, access connection, comprising: judging, by a Mobile Relay Node, MRN, whether a Local IP Access Packet Data Network, LIPA PDN, connection of a User Equipment, UE, needs to be released; if the LIPA PDN connection needs to be released, then requesting a Local GateWay, L-GW, to release the LIPA PDN connection of the UE; and if the LIPA PDN connection does not need to be released, then stopping requesting the L-GW to release the LIPA PDN connection of the UE; wherein the judging, by an MRN, whether an LIPA PDN connection of a UE needs to be released comprises: judging, by the MRN, whether the UE is in a process of handover from a cell under an evolved NodeB to a cell under the MRN; if the UE is in the process of handover from a cell under an evolved NodeB to a cell under the MRN, then determining that the LIPA PDN connection of the UE needs to be released; otherwise, then determining that the LIPA PDN connection of the UE does not need to be released. judging, by a Mobile Relay Node, MRN, whether a Local IP Access Packet Data Network, LIPA PDN, connection of a User Equipment, UE, needs to be released; if the LIPA PDN connection needs to be released, then requesting a Local GateWay, L-GW, to release the LIPA PDN connection of the UE; and if the LIPA PDN connection does not need to be released, then stopping requesting the L-GW to release the LIPA PDN connection of the UE; wherein the judging, by an MRN, whether an LIPA PDN connection of a UE needs to be released comprises: judging, by the MRN, whether the UE is in a process of handover from a cell under an evolved NodeB to a cell under the MRN; if the UE is in the process of handover from a cell under an evolved NodeB to a cell under the MRN, then determining that the LIPA PDN connection of the UE needs to be released; otherwise, then determining that the LIPA PDN connection of the UE does not need to be released.
A method of radiation delivery planning, comprising: receiving a radiation delivery plan which includes a collection of control points, each control point having a corresponding set of leaf positions for a multi-leaf collimator that define a current approximate set of fluence plane values ( x curr); calculating a predictive set of fluence plane values ( x*) with a corresponding dose volume; and determining an additional control point with a corresponding set of leaf positions by a corrective mapping of a difference of the current approximate fluence plane values ( x curr) and the predictive fluence plane values, ( x*- x curr) through a least cost or shortest path in a layered graph structure of leaf positions for each potential control point, and adding the determined control point with corresponding set of leaf positions to the collection of control points. receiving a radiation delivery plan which includes a collection of control points, each control point having a corresponding set of leaf positions for a multi-leaf collimator that define a current approximate set of fluence plane values ( x curr); calculating a predictive set of fluence plane values ( x*) with a corresponding dose volume; and determining an additional control point with a corresponding set of leaf positions by a corrective mapping of a difference of the current approximate fluence plane values ( x curr) and the predictive fluence plane values, ( x*- x curr) through a least cost or shortest path in a layered graph structure of leaf positions for each potential control point, and adding the determined control point with corresponding set of leaf positions to the collection of control points.
Fall protecting flooring element primarily for covering playgrounds and other grounds, that comprises a flat rectangular body made of a resilient material, a lower face and an upper face, and comprises patterns at its four sides (A, B, C and D) that enable interlocking several similar flooring elements by form-fitting connections, at the four corners (E, F, G, H) of the body respective short straight corner sections are provided that constitute a part of the side of the concerned side, the patterns comprise alternating sequence of connection tabs and connection recesses, wherein the profile of the connection tabs are identical but inverse of the profile of the connection recesses, and at the base of the flooring element (10, 100) for the support of connection tabs provided on a different flooring element to be interconnected therewith a support surface is provided, wherein the sides (A, C) starting from a corner at one end of a diagonal of the body of the flooring element (10, 100) are provided with the same first pattern that have identical connection tabs and identical connection recesses, and the sides (B, D) starting from the corner at the other end of the same diagonal also have an identical second pattern that differs from said first pattern, and the second pattern also comprises identical connection tabs and identical connection recesses that have designs differing from the design of the connection tabs and connection recesses in the first pattern, characterized in that the connection tabs (12, 12') and the connection recesses (13, 13') have widths measured along the concerned side that all take their maximum values at a central part of their height interpreted normal to the width in the plane of said upper face from which maximum the width decreases both in outward and inward direction, and in the first pattern at the bottom of the connection recesses respective plates are provided which form integral part of the body and having a thickness measured normal to said upper face smaller than the thickness of the body, the plates constitute said support surface and the front edges of the plates extend till a straight line interconnecting said corner sections on the associated side, and the connection tabs in said second pattern have a thickness smaller than the thickness of the body which is just by the thickness of the plates in the first pattern, and the straight line interconnecting the corner sections falls in the central part of the concerned pattern, wherein in the first pattern the thickness of the connection tabs is the same as the thickness of the body, and in the second pattern the thickness of the connection recesses is the same as the thickness of the body.