mhurhangee/ep-ind-claims huggingface dataset:
Assembly composed of a tool equipped with a quick coupling device, and a handling apparatus equipped with a coupling element adapted to be coupled with said quick coupling device, said quick coupling device comprising: - a supporting structure; - a first engagement element (5, 7) connected to said supporting structure and composed of two elongated arms (5, 7), whose longitudinal axes are converging to form a "V" to obtain an easy and unmovable connection with a second engagement element shaped as a "V" with which said coupling element of said handling apparatus is equipped; characterized in that it further comprises: - first hydraulic connection means connected to said supporting structure and to said engagement element (5, 7) on a part where the two arms (5, 7) of the "V" are nearest, said first hydraulic connection means being adapted to perform the hydraulic connection between tool and handling apparatus at the end of the mechanical coupling between coupling element and engagement element (5, 7); and - at least two enabling elements (11, 13) of the mechanical coupling between said device and said handling apparatus, said enabling elements (11, 13) being connected to said supporting structure on at least two opposed sides thereof and each one next to each of said arms (5, 7) and being adapted to enable the reception and contain the base of said coupling element on which said engagement element abuts at the end of the mechanical coupling between coupling element and engagement element (5, 7). - a supporting structure; - a first engagement element (5, 7) connected to said supporting structure and composed of two elongated arms (5, 7), whose longitudinal axes are converging to form a "V" to obtain an easy and unmovable connection with a second engagement element shaped as a "V" with which said coupling element of said handling apparatus is equipped; - first hydraulic connection means connected to said supporting structure and to said engagement element (5, 7) on a part where the two arms (5, 7) of the "V" are nearest, said first hydraulic connection means being adapted to perform the hydraulic connection between tool and handling apparatus at the end of the mechanical coupling between coupling element and engagement element (5, 7); and - at least two enabling elements (11, 13) of the mechanical coupling between said device and said handling apparatus, said enabling elements (11, 13) being connected to said supporting structure on at least two opposed sides thereof and each one next to each of said arms (5, 7) and being adapted to enable the reception and contain the base of said coupling element on which said engagement element abuts at the end of the mechanical coupling between coupling element and engagement element (5, 7).
Electrical machine assembly for a motor vehicle drive train, with - a machine housing which can be fixed on a drive train housing, - a stator which is fixed in relation to the machine housing, - a rotor which is mounted within the machine housing concentrically with respect to the stator and has a rotor axis, - an air gap being defined between the stator and the rotor, the rotor having a first axial rotor end section which is mounted rotatably in relation to the machine housing via a first pivot bearing, the first pivot bearing being fixed on a first bearing seat of a first wall section of the machine housing, and the first wall section of the machine housing being configured, furthermore, in such a way that radial forces which are introduced into the first wall section by the rotor via the first pivot bearing can be transmitted into the drive train housing if the machine housing is fixed on the drive train housing, and the first wall section having an annular web which can be inserted into an annular web receptacle of the drive train housing, characterized in that the annular web is arranged so as to overlap the first bearing seat of the first wall section of the machine housing in the axial direction. - a machine housing which can be fixed on a drive train housing, - a stator which is fixed in relation to the machine housing, - a rotor which is mounted within the machine housing concentrically with respect to the stator and has a rotor axis, - an air gap being defined between the stator and the rotor,
A hearing aid device comprising a housing having an opening and a battery drawer constituting a battery door that is movably mounted to the housing, which battery drawer comprises a finger engagement portion arranged at the outside surface of the battery drawer, the finger engagement portion provides a push button function to the battery drawer, the hearing aid device comprises means (20, 34, 36, 40, 42) for closing the battery door in response to pushing the finger engagement portion and for maintaining the battery door closed, where the hearing aid device comprises means (20, 34, 36, 40, 42) for at least partly opening the battery door in response to pushing the finger engagement portion and for maintaining the battery door at least partly open, where the hearing aid device is arranged for electrically switching the hearing aid device on and off in response to pushing the finger engagement portion which function as a push button.
A method for acquiring a transmission resource in vehicle to everything, comprising: sensing available resources in a current resource pool (S 101); if a terminal needs to send data before a sensing result is acquired, determining whether the current resource pool permits random selection of a transmission resource; if the current resource pool allows the random selection of a transmission resource, randomly selecting a transmission resource from the current resource pool; and if the current resource pool does not permit the random selection of a transmission resource, randomly selecting a transmission resource from another resource pool. sensing available resources in a current resource pool (S 101); if a terminal needs to send data before a sensing result is acquired, determining whether the current resource pool permits random selection of a transmission resource; if the current resource pool allows the random selection of a transmission resource, randomly selecting a transmission resource from the current resource pool; and if the current resource pool does not permit the random selection of a transmission resource, randomly selecting a transmission resource from another resource pool.
A method of treating an iron sulfide scale comprising contacting the sulfide scale with an oxidizing composition comprising: a persulfate; and a bromate, wherein the persulfate oxidizer has a concentration of 5 mM to 1 M and the bromate oxidizer has a concentration of 5 mM to 2 M. a persulfate; and a bromate, wherein the persulfate oxidizer has a concentration of 5 mM to 1 M and the bromate oxidizer has a concentration of 5 mM to 2 M.
A method in a Radio Access Network Congestion Awareness Function, RCAF, of sending, to a Policy and Charging Rules Function, PCRF (100, 100-1 - 100-3), of a mobile communications network, congestion information for a plurality of mobile entities, UEs (400-1 - 400-8), each one of the plurality of UEs (400-1 - 400-8) being connected to a respective radio access network of the mobile communications network and associated with the PCRF (100, 100-1 - 100-3), the congestion information indicating congestion of the respective radio access network, the method comprising: - sending a request message for transmitting congestion information of a given UE (400-1 - 400-8) to a PCRF (100, 100-1 - 100-3), including congestion information and an identity of the given UE (400-1 - 400-8) of the plurality of UEs (400-1 - 400-8), wherein the request message is routed by a Diameter Routing Agent, DRA to the PCRF (100, 100-1 - 100-3), and - receiving a response message including an identity of the PCRF (100, 100-1 - 100-3) associated with the given UE (400-1 - 400-8), - aggregating the congestion information for at least some of the plurality of UEs (400-1 - 400-8) based on the respective UEs (400-1 - 400-8) being associated with the PCRF (100, 100-1 - 100-3), and - sending a message (411-1, 411-3) including the aggregated congestion information to the PCRF (100, 100-1 - 100-3), wherein said sending of the message (411-1, 411-3) employs the retrieved identity of the PCRF (100, 100-1 - 100-3) to route the message (411-1, 411-3) to the PCRF (100, 100-1 - 100-3). - sending a request message for transmitting congestion information of a given UE (400-1 - 400-8) to a PCRF (100, 100-1 - 100-3), including congestion information and an identity of the given UE (400-1 - 400-8) of the plurality of UEs (400-1 - 400-8), wherein the request message is routed by a Diameter Routing Agent, DRA to the PCRF (100, 100-1 - 100-3), and - receiving a response message including an identity of the PCRF (100, 100-1 - 100-3) associated with the given UE (400-1 - 400-8), - aggregating the congestion information for at least some of the plurality of UEs (400-1 - 400-8) based on the respective UEs (400-1 - 400-8) being associated with the PCRF (100, 100-1 - 100-3), and - sending a message (411-1, 411-3) including the aggregated congestion information to the PCRF (100, 100-1 - 100-3), wherein said sending of the message (411-1, 411-3) employs the retrieved identity of the PCRF (100, 100-1 - 100-3) to route the message (411-1, 411-3) to the PCRF (100, 100-1 - 100-3).
A positioning service method, characterized by comprising: a positioned terminal receiving a movement track model established by a positioning service platform, wherein, the movement track model includes: a coordinate location, a time point, a location threshold range, and a time threshold range; the positioned terminal judging whether or not positioning data that are collected satisfy the movement track model; and when the positioning data satisfy the movement track model, determining that there is no need to report the positioning data, and when the positioning data do not satisfy the movement track model, reporting the positioning data to the positioning service platform; wherein, the positioning service platform determining whether or not to adjust a positioning mode of the positioned terminal according to a distance between a positioning initiation terminal and the positioned terminal, wherein the positioning mode comprises: a silence mode and an activated positioning mode, the positioning service platform determining whether or not to adjust the positioning mode of the positioned terminal according to the distance between the positioning initiation terminal and the positioned terminal comprises: the positioning service platform judging, according to network side data, whether or not a cell identity of a mobile network to which the positioning initiation terminal registers and a cell identity of a mobile network to which the positioned terminal registers are identical; if the cell identity of the mobile network to which the positioning initiation terminal registers and the cell identity of the mobile network to which the positioned terminal registers are identical, then the positioning service platform determining that the distance between the positioning initiation terminal and the positioned terminal is less than a preset threshold, and issuing an instruction to adjust the positioning mode of the positioned terminal as the silence mode; when a cell identity of a network where the positioning initiation terminal or the positioned terminal resides changes, the positioning service platform judging whether or not there is a need to adjust the positioning mode of the positioned terminal as the activated positioning mode. a positioned terminal receiving a movement track model established by a positioning service platform, wherein, the movement track model includes: a coordinate location, a time point, a location threshold range, and a time threshold range; the positioned terminal judging whether or not positioning data that are collected satisfy the movement track model; and when the positioning data satisfy the movement track model, determining that there is no need to report the positioning data, and when the positioning data do not satisfy the movement track model, reporting the positioning data to the positioning service platform;
A paver supporting apparatus comprising: a pedestal having a top plate, a modular grid positioned on the top plate and having a ballast receiving opening, and characterized in that said paver supporting apparatus further comprises a ballast located in the ballast receiving opening, wherein the ballast has a weight of between approximately 7,35 - 208,74 Kg per square meter (1.5-57.5 ballast pounds per square/foot). a pedestal having a top plate, a modular grid positioned on the top plate and having a ballast receiving opening, and characterized in that said paver supporting apparatus further comprises a ballast located in the ballast receiving opening, wherein the ballast has a weight of between approximately 7,35 - 208,74 Kg per square meter (1.5-57.5 ballast pounds per square/foot).
An optically transparent multilayer laminate film comprising: at least three layers of ionomeric film, wherein (a) at least two of the at least three layers are chemically distinct from each other, (b) the laminate has a modulus of less than 103.4 MPa (15,000 psi) as measured according to ASTM D882-01 and (c) the laminate (i) transmits at least 85% of incident visible light and/or (ii) has a haze value of equal to or less than 6% as measured according to ASTM D1003-00.
An ear hook portion for mask, the ear hook portion being made of a material including: a stretchable portion material; and a first surface sheet material and a second surface sheet material coupled, via a plurality of coupling portions (40, 41, 42), to both surfaces of the stretchable portion material in such a state that the stretchable portion material is stretched, the ear hook portion comprising: a proximal portion fixed to a mask body; an ear back placement portion to be situated at a back of an ear of a wearer; an upper transition portion extending, on an upper side, from the proximal portion to the ear back placement portion; and a lower transition portion transitioning, on a lower side, from the proximal portion to the ear back placement portion, characterized in that a number of the plurality of coupling portions (40, 41, 42) per unit area in the ear back placement portion is greater than a number of the plurality of coupling portions (40, 41, 42) per unit area in each of the upper transition portion and the lower transition portion. a proximal portion fixed to a mask body; an ear back placement portion to be situated at a back of an ear of a wearer; an upper transition portion extending, on an upper side, from the proximal portion to the ear back placement portion; and a lower transition portion transitioning, on a lower side, from the proximal portion to the ear back placement portion, characterized in that a number of the plurality of coupling portions (40, 41, 42) per unit area in the ear back placement portion is greater than a number of the plurality of coupling portions (40, 41, 42) per unit area in each of the upper transition portion and the lower transition portion.
A device for the plastic deformation of a workpiece produced from metal or a metal alloy by means of ECAP, comprising more than two channels (2, 3, 4), wherein an inlet channel and an outlet channel are provided, wherein these are connected to one another indirectly and are disposed approximately perpendicular to one another, wherein two respective channels (2, 3, 4) are disposed with respect to each other such that these produce a forming bend, wherein a forming bend adjacent to the inlet channel has an angle of approximately 90°, characterized in that a forming bend disposed directly upstream of the outlet channel has an angle of approximately 105° to 135° and furthermore a heating device is provided.
Method for sterilisation of aqueous polysaccharide solutions, characterised in that a β-lactone is added to an aqueous solution of a polysaccharide in the presence of a buffer and the mixture is stored at a temperature of 4°C to 40°C for a period of time of at least 24 hours.
An oil supply structure for a power unit comprising: an engine; a transmission configured to change an output of the engine; a hydraulic clutch (50A, 50B) interposed between the engine and the transmission, and configured to cut off and connect power between the engine and the transmission; a working oil passage configured to supply oil into the hydraulic clutch; a working oil pump configured to pump oil into the working oil passage; a lubrication oil passage configured to lubricate movable parts in a power unit case; a lubrication oil pump configured to pump oil into the lubrication oil passage; an oil storage section configured to store oil returned from the working oil passage and the lubrication oil passage and pumped from the working oil pump and the lubrication oil pump; characterized in that, a working oil pressure detection part is configured to detect a decrease in pressure of the oil in the working oil passage to a predetermined value or less and output an alarm signal; and a lubrication hydraulic pressure detection part configured to detect a decrease in pressure of the oil in the lubrication oil passage to a predetermined value or less and output an alarm signal, wherein the oil storage section comprises a lubrication oil storage chamber in which a suction section of the lubrication oil pump is opened, and a working oil storage chamber in which a suction section of the working oil pump is opened, and wherein oil overflowed from the working oil storage chamber is stored in the an engine; a transmission configured to change an output of the engine; a hydraulic clutch (50A, 50B) interposed between the engine and the transmission, and configured to cut off and connect power between the engine and the transmission; a working oil passage configured to supply oil into the hydraulic clutch; a working oil pump configured to pump oil into the working oil passage; a lubrication oil passage configured to lubricate movable parts in a power unit case; a lubrication oil pump configured to pump oil into the lubrication oil passage; an oil storage section configured to store oil returned from the working oil passage and the lubrication oil passage and pumped from the working oil pump and the lubrication oil pump; characterized in that, a working oil pressure detection part is configured to detect a decrease in pressure of the oil in the working oil passage to a predetermined value or less and output an alarm signal; and a lubrication hydraulic pressure detection part configured to detect a decrease in pressure of the oil in the lubrication oil passage to a predetermined value or less and output an alarm signal, wherein the oil storage section comprises a lubrication oil storage chamber in which a suction section of the lubrication oil pump is opened, and a working oil storage chamber in which a suction section of the working oil pump is opened, and wherein oil overflowed from the working oil storage chamber is stored in the
Connecting arrangement between a control device and a structural unit, which is connected to the control device, for making electrical contact with the control device, wherein the control device has a housing unit which consists of a protective compound and which surrounds a circuit carrier at least in regions, comprising at least one circuit unit which is arranged on the circuit carrier, and comprising at least one contact unit (38 to 41) for contact to be made by the structural unit, wherein the housing unit is free of the protective compound at least in regions in the region of the at least one contact unit (38 to 41), wherein the structural unit has at least one contact element, preferably in the form of a spring element which, when the structural unit is fitted to the control device, is in electrically conductive contact with the at least one contact unit (38 to 41), and wherein the mechanical connection between the control device and the structural unit is established by a force-fitting connection, characterized in that the structural unit comprises a fastening clip with two fastening arms (46, 47), in that the two fastening arms (46, 47) can be mechanically connected to in each case one side (23, 24) of the housing unit, in that the two fastening arms (46, 47) are connected to one another by a connecting section which carries the at least one contact element, and in that the fastening clip for the at least one contact unit (38 to 41) to make contact with the at least one contact element is mounted in a pivot axis, and in that the one fastening arm or the one side of the housing unit has a projection which engages into a receptacle on the side of the housing unit or of the fastening arm in an interlocking manner so as to form the pivot axis, wherein the pivot plane of the fastening clip runs parallel to the contact unit (38 to 41) against which the contact element can be placed.
A curable water-swelling water stop material comprising: 100 parts by mass of a resin component; 0.3 to 25 parts by mass of an aminosilane coupling agent; 20 to 250 parts by mass of a water-absorbent resin; and 0 to 160 parts by mass of an extender pigment, characterized in that the resin component includes 40 to 100 parts by mass of a curable resin having a hydrolysable alkoxysilyl group and 0 to 60 parts by mass of a polyether polyol, wherein the hydrolysable alkoxysilyl group is represented by Formula -X-CH 2 -SiR 1 Y(OR 2) 3-Y Formula wherein X is a bonding functional group having a heteroatom with an unshared electron pair and bonding to a methylene group bonding to a silicon atom of a hydrolysable silicon group, R 1 and R 2 are C 1 -C 3 alkyl groups respectively, and Y is 0, 1 or 2. 100 parts by mass of a resin component; 0.3 to 25 parts by mass of an aminosilane coupling agent; 20 to 250 parts by mass of a water-absorbent resin; and 0 to 160 parts by mass of an extender pigment, characterized in that the resin component includes 40 to 100 parts by mass of a curable resin having a hydrolysable alkoxysilyl group and 0 to 60 parts by mass of a polyether polyol, wherein the hydrolysable alkoxysilyl group is represented by Formula -X-CH 2 -SiR 1 Y(OR 2) 3-Y Formula wherein X is a bonding functional group having a heteroatom with an unshared electron pair and bonding to a methylene group bonding to a silicon atom of a hydrolysable silicon group, R 1 and R 2 are C 1 -C 3 alkyl groups respectively, and Y is 0, 1 or 2.