mhurhangee/ep-ind-claims huggingface dataset:
A cap comprising: (i) A cap body capable of being connected to a container, said cap body comprising an outlet opening therein; (ii) A lid for coupling with said cap body; (iii) A disposable sealing means sealing said outlet opening; and (iv) A locking means disposed on said cap body and said lid to lock said lid onto said cap body, characterized in that said locking means comprises a panel connected to said lid on at least a portion of the perimeter thereof, at least one protrusion extending from a portion of said panel towards the inside of said lid for coupling with a slot provided in a portion of the perimeter of said cap body, and an elastically deformable material part connecting said panel to said lid, said elastically deformable material part selected from the group consisting of a thermoplastic elastomer, silicone and mixture thereof, wherein at least one portion of said panel abuts at least a portion of a first surface of contact of said cap body when pressure is applied onto said panel, preferably when said lid is in its closed position or is partly in contact with said cap body. (i) A cap body capable of being connected to a container, said cap body comprising an outlet opening therein; (ii) A lid for coupling with said cap body; (iii) A disposable sealing means sealing said outlet opening; and (iv) A locking means disposed on said cap body and said lid to lock said lid onto said cap body,
Suspended conveyor device comprising a guide rail arrangement and a suspended pouch system, comprising at least two, preferably a plurality of suspended pouches which are movably guided on the guide rail arrangement as conveyed goods containers for transporting goods to be conveyed in a suspended conveyor device, having a first pouch side wall and a second pouch side wall which, opposite one another, delimit a conveyed goods receiving region therebetween and are interconnected in a folding connection region in such a way that they can be unfolded and folded to open and close the conveyed goods receiving region, and having a suspension means for suspending the suspended pouch on a guide rail arrangement of a suspended conveyor device, the first pouch side wall having a rigid edge contour region and being connected at said region to the suspension means so as to be pivotable about a pivot axis, and the second pouch side wall being connected to or acted upon by the suspension means in such a way that, by pivoting the first pouch side wall about the pivot axis, the first and the second pouch side walls (12, 14) can be unfolded and folded, the suspended pouch comprising a basic assembly and an interchangeable element, the basic assembly having the suspension means and the rigid edge contour region, and the interchangeable element comprising at least part of the second pouch side wall, preferably the entire second pouch side wall, and being provided on the basic assembly in an interchangeable manner, characterised in that the suspended pouches differ in at least one of size, shape and material of the second pouch side wall or of the interchangeable element, at least the edge contour regions and the suspension means, preferably the basic assemblies, being identical for the at least two suspended pouches; and the suspended conveyor device further comprises separate stores for the basic assemblies and the various interchangeable elements, the suspended conveyor device comprising at least one station for the manual or at least partially, preferably completely automated assembly of suspended pouches, which station is designed to assemble each suspended pouch from a relevant basic assembly and a selected interchangeable element.
A process for creating an assembly with a pressure sensitive adhesive comprising: applying a light curable composition to a first substrate of the assembly; curing the light curable composition in only a single light exposure step to form a fully polymerized pressure sensitive adhesive; and contacting the pressure sensitive adhesive to a second substrate with sufficient force to bond the second substrate to the first substrate to complete the assembly with the pressure sensitive adhesive, the process having a rework capability comprising: heating the assembly to a temperature of 80 to 100 °C to re-work the pressure sensitive adhesive after the completion of the assembly to reduce the peel strength of the pressure sensitive adhesive; and peeling the pressure sensitive adhesive from one of the first substrate or the second substrate while at the temperature. applying a light curable composition to a first substrate of the assembly; curing the light curable composition in only a single light exposure step to form a fully polymerized pressure sensitive adhesive; and contacting the pressure sensitive adhesive to a second substrate with sufficient force to bond the second substrate to the first substrate to complete the assembly with the pressure sensitive adhesive, the process having a rework capability comprising: heating the assembly to a temperature of 80 to 100 °C to re-work the pressure sensitive adhesive after the completion of the assembly to reduce the peel strength of the pressure sensitive adhesive; and peeling the pressure sensitive adhesive from one of the first substrate or the second substrate while at the temperature. heating the assembly to a temperature of 80 to 100 °C to re-work the pressure sensitive adhesive after the completion of the assembly to reduce the peel strength of the pressure sensitive adhesive; and peeling the pressure sensitive adhesive from one of the first substrate or the second substrate while at the temperature.
A method for wireless communications by a user equipment, UE, comprising: determining a set of downlink, DL, narrowbands partitioned from a DL system bandwidth; determining a set of uplink, UL, narrowbands partitioned from an UL system bandwidth, wherein the DL system bandwidth is different from the UL system bandwidth; determining a mapping between the set of DL narrowbands and the set of UL narrowbands; receiving, from a base station, BS, an indication of a set of resource elements in a DL narrowband in the set of DL narrowbands or in one UL narrowband in the set of UL narrowbands, wherein the set of resource elements are unavailable for the UE; identifying the set of resource elements, based on the received indication; and communicating with the BS using another set of resource elements in the DL narrowband that includes the identified set of resource elements or in the one UL narrowband that includes the identified set of resource elements, wherein the other set of resource elements overlaps in time with the identified set of resource elements and excludes the identified set of resource elements. determining a set of downlink, DL, narrowbands partitioned from a DL system bandwidth; determining a set of uplink, UL, narrowbands partitioned from an UL system bandwidth, wherein the DL system bandwidth is different from the UL system bandwidth; determining a mapping between the set of DL narrowbands and the set of UL narrowbands; receiving, from a base station, BS, an indication of a set of resource elements in a DL narrowband in the set of DL narrowbands or in one UL narrowband in the set of UL narrowbands, wherein the set of resource elements are unavailable for the UE; identifying the set of resource elements, based on the received indication; and communicating with the BS using another set of resource elements in the DL narrowband that includes the identified set of resource elements or in the one UL narrowband that includes the identified set of resource elements, wherein the other set of resource elements overlaps in time with the identified set of resource elements and excludes the identified set of resource elements.
A method comprising: (i) retrieving, by a server computer, a first data set from a user device, wherein the first data set comprises a first fuzzy hash of user data on the user device, wherein a subset of the first data set is fuzzy hashed to generate the first fuzzy hash of user data based on user input specifying a set of data types to be fuzzy hashed; (ii) based on the first data set, generating, by the server computer, a first fingerprint value; (iii) detecting, by the server computer, an event corresponding to a user in association with the user device; (iv) identifying, by the server computer, a baseline fingerprint value, wherein the server computer generated the baseline fingerprint value in a similar manner to generating the first fingerprint value; (v) comparing, by the server computer, the first fingerprint value to the baseline fingerprint value to generate a similarity score; (vi) determining, by the server computer, that the similarity score exceeds a threshold value but does not represent an exact match; and (vii) based on the similarity score, authenticating the user and updating the baseline fingerprint value based on the first fingerprint value. (i) retrieving, by a server computer, a first data set from a user device, wherein the first data set comprises a first fuzzy hash of user data on the user device, wherein a subset of the first data set is fuzzy hashed to generate the first fuzzy hash of user data based on user input specifying a set of data types to be fuzzy hashed; (ii) based on the first data set, generating, by the server computer, a first fingerprint value; (iii) detecting, by the server computer, an event corresponding to a user in association with the user device; (iv) identifying, by the server computer, a baseline fingerprint value, wherein the server computer generated the baseline fingerprint value in a similar manner to generating the first fingerprint value; (v) comparing, by the server computer, the first fingerprint value to the baseline fingerprint value to generate a similarity score; (vi) determining, by the server computer, that the similarity score exceeds a threshold value but does not represent an exact match; and (vii) based on the similarity score, authenticating the user and updating the baseline fingerprint value based on the first fingerprint value.
A capacity control valve comprising: a valve housing provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid; and a main valve that includes a main valve seat and a main valve body to open and close communication between the discharge port and the control port in accordance with a movement of the rod, wherein the capacity control valve further comprises a CS valve that includes a CS valve seat and a CS valve body to open and close communication between the control port and the suction port, the CS valve body is disposed so as to be movable relative to the main valve body, the main valve body and the CS valve body move together in accordance with the movement of the rod while a closed state of the main valve is maintained and the capacity control valve is characterized in that the CS valve body is provided with a discharge communication hole and a suction communication hole that communicate with the discharge port and the suction port, respectively. a valve housing provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid; and a main valve that includes a main valve seat and a main valve body to open and close communication between the discharge port and the control port in accordance with a movement of the rod, wherein the capacity control valve further comprises a CS valve that includes a CS valve seat and a CS valve body to open and close communication between the control port and the suction port, the CS valve body is disposed so as to be movable relative to the main valve body, the main valve body and the CS valve body move together in accordance with the movement of the rod while a closed state of the main valve is maintained and the capacity control valve is characterized in that the CS valve body is provided with a discharge communication hole and a suction communication hole that communicate with the discharge port and the suction port, respectively.
Method for adapting the actual injection quantity of an injector of an internal combustion engine to the setpoint injection quantity, in which method the crankshaft acceleration which is achieved by a test injection pulse is detected in the rotational speed signal of the internal combustion engine and, herefrom, the injected fuel quantity of the injector is determined, and in which method the actuation data of the injector of the internal combustion engine are corrected on the basis of the determined injected fuel quantity, wherein the injected fuel quantity of the injector is detected and corrected by way of a test injection pulse corresponding to a pulse produced in addition to the normal injection during the normal combustion operating state of the internal combustion engine, characterized in that the detection is carried out by way of a comparison of a normal injection cycle with a test cycle which corresponds to the normal injection cycle and at least one additional defined test pulse.
Locking element having a device for continuously moving of at least one detent element (5, 7) from or into a detent position on at least one rail (19, 21), at least the detent element (5, 7) being connected to a crank drive, characterized in that in that the crank drive, which comprises a lever and a toggle lever, is arranged in a profile.
A method of making a fastener by three-dimensional printing, the method comprising: (a) depositing a layer of polymeric material onto a support surface; (b) depositing subsequent layers of the material upon each prior layer until the fastener is completely created; (c) creating the fastener to comprise a laterally enlarged head, a longitudinal elongated stem and a continuous spiral formation (107, 145) surrounding at least a majority of the stem, made of the material, as part of the depositing steps; (d) surrounding at least a majority of the fastener with a gas during the depositing and creating steps; (e) curing the fastener with light so that the layers of the material bond together; and (f) removing the completed fastener from the support surface, wherein the spiral formation (107, 145) is flexible and includes a continuously tapered inner surface at an acute angle (α) relative to a facing surface of the stem, and a wall thickness (Ψ) of the spiral formation (107, 145) bounded by the tapered inner surface is less than a cross-sectional thickness (β) of the stem. (a) depositing a layer of polymeric material onto a support surface; (b) depositing subsequent layers of the material upon each prior layer until the fastener is completely created; (c) creating the fastener to comprise a laterally enlarged head, a longitudinal elongated stem and a continuous spiral formation (107, 145) surrounding at least a majority of the stem, made of the material, as part of the depositing steps; (d) surrounding at least a majority of the fastener with a gas during the depositing and creating steps; (e) curing the fastener with light so that the layers of the material bond together; and (f) removing the completed fastener from the support surface, wherein the spiral formation (107, 145) is flexible and includes a continuously tapered inner surface at an acute angle (α) relative to a facing surface of the stem, and a wall thickness (Ψ) of the spiral formation (107, 145) bounded by the tapered inner surface is less than a cross-sectional thickness (β) of the stem.
A multiple frequency band multi-band wireless communication device comprising: at least first and second radios(142, 144), the first radio operative at a first frequency band, and the second radio operative at a second frequency band; and a station management entity, SME, operably coupled to the first and second radios, the SME including a multiband management module to manage parallel and simultaneous operation of at least two of the at least first and second radios: and characterized in that: said multiband management module is to employ a combination of source and destination Media Access Control, MAC, addresses in two frequency bands or channels to configure routing of MAC sub-layer management entity, MLME, primitives within the multi-band wireless communication device, if nontransparent Fast Session Transfer, FST, is used, said multiband management module to employ a Traffic Identifier, TID, of an FST session to configure the routing of the MLME primitives, if transparent FST is used. at least first and second radios(142, 144), the first radio operative at a first frequency band, and the second radio operative at a second frequency band; and a station management entity, SME, operably coupled to the first and second radios, the SME including a multiband management module to manage parallel and simultaneous operation of at least two of the at least first and second radios: and characterized in that: said multiband management module is to employ a combination of source and destination Media Access Control, MAC, addresses in two frequency bands or channels to configure routing of MAC sub-layer management entity, MLME, primitives within the multi-band wireless communication device, if nontransparent Fast Session Transfer, FST, is used, said multiband management module to employ a Traffic Identifier, TID, of an FST session to configure the routing of the MLME primitives, if transparent FST is used.
A structural assembly, in particular for a wing of an aircraft, comprising: - a component formed from a fibre composite plastic and - a further component formed from a metal, the at least two components (10, 12) being joined together by a connecting arrangement; wherein an electrically conductive bushing is secured in a through hole through the components (10, 12), wherein a first end of the bushing is provided with a collar, which faces towards a face of the structural assembly formed by the further component, and wherein a second end of the bushing and a zone of an opposite face of the structural assembly, radially surrounding this end, have a depression, wherein the opposite face is formed by the component formed from the fibre composite plastic and wherein an electrically conductive connecting element is installed in the bushing; wherein the component formed from the fibre composite plastic is provided in at least some regions with an electrically conductive surface entity, and wherein an electrical connection exists between the at least two components (10, 12). - a component formed from a fibre composite plastic and - a further component formed from a metal, the at least two components (10, 12) being joined together by a connecting arrangement; wherein an electrically conductive bushing is secured in a through hole through the components (10, 12), wherein a first end of the bushing is provided with a collar, which faces towards a face of the structural assembly formed by the further component, and wherein a second end of the bushing and a zone of an opposite face of the structural assembly, radially surrounding this end, have a depression, wherein the opposite face is formed by the component formed from the fibre composite plastic and wherein an electrically conductive connecting element is installed in the bushing; wherein the component formed from the fibre composite plastic is provided in at least some regions with an electrically conductive surface entity, and wherein an electrical connection exists between the at least two components (10, 12). wherein an electrically conductive bushing is secured in a through hole through the components (10, 12), wherein a first end of the bushing is provided with a collar, which faces towards a face of the structural assembly formed by the further component, and wherein a second end of the bushing and a zone of an opposite face of the structural assembly, radially surrounding this end, have a depression, wherein the opposite face is formed by the component formed from the fibre composite plastic and wherein an electrically conductive connecting element is installed in the bushing; wherein the component formed from the fibre composite plastic is provided in at least some regions with an electrically conductive surface entity, and wherein an electrical connection exists between the at least two components (10, 12).
A control device of a vehicle, to accelerate/decelerate the vehicle based on an amount of an operation to one operation-pedal, the control device being configured to set in advance, as continuous areas to which the amount of the operation belongs, a deceleration area to consider the operation as a deceleration operation, an acceleration area to consider the operation as an acceleration operation, and a dead-band area to consider the operation as neither of the deceleration and acceleration operations, the amounts within the deceleration, dead-band, and acceleration areas being larger in this order, a deceleration degree becoming larger as the amount becomes smaller within the deceleration area, an acceleration degree becoming larger as the amount becomes larger within the acceleration area, characterized by: a control unit, wherein if a change speed of the amount is defined to be positive/negative when the one operation-pedal is depressed/returned, the control unit is configured to perform, when the change speed of the amount within the deceleration area is a predetermined speed of positive value or larger, a braking force suppression control of generating a smaller braking force than in a case of the change speed smaller than the predetermined speed. the control device being configured to set in advance, as continuous areas to which the amount of the operation belongs, a deceleration area to consider the operation as a deceleration operation, an acceleration area to consider the operation as an acceleration operation, and a dead-band area to consider the operation as neither of the deceleration and acceleration operations, the amounts within the deceleration, dead-band, and acceleration areas being larger in this order, a deceleration degree becoming larger as the amount becomes smaller within the deceleration area, an acceleration degree becoming larger as the amount becomes larger within the acceleration area, characterized by: a control unit, wherein
Wind turbine, comprising a rotor with a rotor shaft connected to a generator and a bearing housing, whereby the bearing housing comprises at least a first bearing group and a second bearing group each comprising at least a primary bearing setup (5, 6) and a secondary bearing setup (7, 8) in which bearing means are receivable, characterized in that the rotor shaft is rotatably arranged by the primary bearing setups (5, 6) or the secondary bearing setups (7, 8), whereby in case of a failure or damage that occurs to one of the primary bearing setups, the wind turbine is stopped and the secondary bearing setups is used to pivot the rotor shaft.