mhurhangee/ep-ind-claims huggingface dataset:
A modular glenoid assembly, comprising: a base having a first side and an opposing second side, the first side including a plurality of connection features arranged in an array, each of the connection features comprising a generally spherically shaped receptacle and the connection features having the same size, and at least one glenoid attachment member, the array of the connection features allowing the glenoid attachment member to be locked on to the base in any of a plurality of different locations, characterised in the glenoid attachment member being an augment or wedge-shaped filler and having a locking mechanism comprising a plurality of ball shaped members which are sized and shaped to lock the glenoid attachment member by means of the plurality of connection features on the base. a base having a first side and an opposing second side, the first side including a plurality of connection features arranged in an array, each of the connection features comprising a generally spherically shaped receptacle and the connection features having the same size, and at least one glenoid attachment member, the array of the connection features allowing the glenoid attachment member to be locked on to the base in any of a plurality of different locations, characterised in the glenoid attachment member being an augment or wedge-shaped filler and having a locking mechanism comprising a plurality of ball shaped members which are sized and shaped to lock the glenoid attachment member by means of the plurality of connection features on the base.
A method comprising the steps of contacting a hydrophobically modified alkylene oxide urethane polymer with water and at least one sediment abating compound, which is citric acid or a salt thereof, gluconic acid or a salt thereof, or a salt of ethylenediamine tetraacetic acid, to form a solution, wherein the hydrophobically modified alkylene oxide urethane polymer comprises from 5 to 1000 ppm of a bismuth salt, wherein the concentration of the sediment abating compound is from 0.05 to 4 weight percent, based on the weight of the solution, and the concentration of the hydrophobically modified alkylene oxide urethane polymer is from 12 to 50 weight percent, based on the weight of the solution.
A dispensing mechanism for a liquid container arranged in liquid communication with a hollow flexible dispensing portion, the dispensing mechanism comprising: - a fixed dolly adapted to abut against the hollow flexible dispensing portion, - a first lever arranged to pivot about a first pivot axis, wherein the first pivot axis is fixed relative to the dolly, and comprising a contact surface adapted to abut against the flexible dispensing portion such that the hollow flexible dispensing portion is able to be arranged between the contact surface and the dolly, and - a second lever arranged to pivot about a second pivot axis and comprising a user operated portion, wherein the first lever comprises a first sliding surface and the second lever comprises a second sliding surface, the first and second sliding surfaces (24, 26) bearing in sliding abutment against each other at an abutment point, and wherein the first and second pivot axes (28, 30) are substantially parallel to each other, and a first plane extends through the first and second pivot axes (28, 30), the first pivot axis, the second pivot axis and the abutment point forming corners of a triangle in a second plane substantially perpendicular to the first and second pivot axes (28, 30), and wherein further in a non-actuated position of the dispensing mechanism, the user operated portion of the second lever and the abutment point are arranged on a first side of the first plane, wherein the first sliding surface, at least at the abutment point, is convex and the abutment point remains on the first side of the first plane over at least a first 2/3 of a dispensing stroke of the first lever. - a fixed dolly adapted to abut against the hollow flexible dispensing portion, - a first lever arranged to pivot about a first pivot axis, wherein the first pivot axis is fixed relative to the dolly, and comprising a contact surface adapted to abut against the flexible dispensing portion such that the hollow flexible dispensing portion is able to be arranged between the contact surface and the dolly, and - a second lever arranged to pivot about a second pivot axis and comprising a user operated portion, wherein
A composite light-emitting device comprising: a light emitting diode chip including a transparent substrate and a multilayer structure formed on the substrate, the multilayer structure including first and second semiconductor layers (12,16) of first and second conductivity types, respectively; a submount member for mounting the LED chip thereon, the principal surface of the submount member facing the multilayer structure, the submount member being electrically connected to the LED chip; characterised by a wavelength-shifting resin member, which is provided on the principal surface of the submount member to cover the LED chip and contains a photofluorescent or filtering compound, the photofluorescent compound shifting the wavelength of radiation that has been emitted from the LED chip, the filtering compound partially absorbing the radiation, wherein the submount member functions as a support for the wavelength-shifting resin member, and wherein the wavelength-shifting resin member does not extend beyond the principal surface of the submount member. a light emitting diode chip including a transparent substrate and a multilayer structure formed on the substrate, the multilayer structure including first and second semiconductor layers (12,16) of first and second conductivity types, respectively; a submount member for mounting the LED chip thereon, the principal surface of the submount member facing the multilayer structure, the submount member being electrically connected to the LED chip; characterised by a wavelength-shifting resin member, which is provided on the principal surface of the submount member to cover the LED chip and contains a photofluorescent or filtering compound, the photofluorescent compound shifting the wavelength of radiation that has been emitted from the LED chip, the filtering compound partially absorbing the radiation, wherein the submount member functions as a support for the wavelength-shifting resin member, and wherein the wavelength-shifting resin member does not extend beyond the principal surface of the submount member.
A temperature controlled storage apparatus, comprising a refrigeration system having a defined maximum refrigeration capacity; and further comprising a controller to selectively allocate the available refrigeration capacity to all or a sub-group of compartments (C1, C2) as appropriate on the basis of defined urgency criteria; such that those compartments (C1, C2) in most need are prioritised and so that the refrigeration system is not called upon to exceed its defined maximum refrigeration capacity; characterised in that the controller is arranged to place one or more compartments (C1, C2) having a temperature outside a defined desired range of temperature for those one or more compartments (C1, C2) into a queue, wherein the controller is further arranged to direct the cooling to the additional available compartments in the queue, when capacity becomes available.
A method of scheduling execution of work units on distributed nodes in a data processing infrastructure the work units being adapted to invoke external services, each external service being accessible according to an associated interface, the method including the steps under the control of a central scheduling application of: associating at least one of the work units with a descriptor including an indication of an external service and with an indication of an interface document, said interface document defining the interface for at least one external service on a distributed node, said interface referring to a first protocol to communicate with the at least one external service and a second protocol to communicate over the network with the distributed nodes of the at least one external service; submitting the work units for execution according to a predefined plan; retrieving using the indication of an interface document, an interface document corresponding with each external service associated with the submitted work units; building a request message for each external service associated with the submitted work units according to the retrieved interface document, using the first protocol to communicate with the corresponding external service, and sending each request message to the corresponding external service to cause the invocation of the external service using the second protocol to communicate over the network with the distributed nodes of the external service. associating at least one of the work units with a descriptor including an indication of an external service and with an indication of an interface document, said interface document defining the interface for at least one external service on a distributed node, said interface referring to a first protocol to communicate with the at least one external service and a second protocol to communicate over the network with the distributed nodes of the at least one external service; submitting the work units for execution according to a predefined plan; retrieving using the indication of an interface document, an interface document corresponding with each external service associated with the submitted work units; building a request message for each external service associated with the submitted work units according to the retrieved interface document, using the first protocol to communicate with the corresponding external service, and sending each request message to the corresponding external service to cause the invocation of the external service using the second protocol to communicate over the network with the distributed nodes of the external service.
A method, performed by a system, comprising: obtaining multiple cellular positioning records, CPRs, comprising: a mobile device cellular identifier; and a cellular event timestamp that reports a first estimated entry time of the mobile device into a predetermined location, or a first estimated exit time from the predetermined location, or both; obtaining multiple WiFi network positioning records, NPRs, comprising: a mobile device network interface identifier; and a network event timestamp that reports a second estimated entry time into the predetermined location, or a second estimated exit time from the predetermined location or both for the mobile device; and performing spatial matching by matching event locations between the CPRs and the NPRs and temporal matching by matching event timestamps between the CPRs and the NPRs to thereby associate a specific mobile device cellular identifier among the CPRs with a mobile device identified by a specific mobile device network interface identifier among the NPRs. obtaining multiple cellular positioning records, CPRs, comprising: a mobile device cellular identifier; and a cellular event timestamp that reports a first estimated entry time of the mobile device into a predetermined location, or a first estimated exit time from the predetermined location, or both; a mobile device cellular identifier; and a cellular event timestamp that reports a first estimated entry time of the mobile device into a predetermined location, or a first estimated exit time from the predetermined location, or both; obtaining multiple WiFi network positioning records, NPRs, comprising: a mobile device network interface identifier; and a network event timestamp that reports a second estimated entry time into the predetermined location, or a second estimated exit time from the predetermined location or both for the mobile device; and a mobile device network interface identifier; and a network event timestamp that reports a second estimated entry time into the predetermined location, or a second estimated exit time from the predetermined location or both for the mobile device; and performing spatial matching by matching event locations between the CPRs and the NPRs and temporal matching by matching event timestamps between the CPRs and the NPRs to thereby associate a specific mobile device cellular identifier among the CPRs with a mobile device identified by a specific mobile device network interface identifier among the NPRs.
A device ( 100; 200; 300; 400) comprising: a first arm ( 105 1; 205 1; 305 1; 405 1) adapted to accommodate and retain a bottle neck of a beverage bottle, such as a wine bottle; a second arm ( 105 2; 205 2; 305 2; 405 2) extending from the first arm ( 105 1; 205 1; 305 1; 405 1), the second arm ( 105 2; 205 2; 305 2; 405 2) being configured to extend towards a bottle body of the beverage bottle when the device ( 100; 200; 300; 400) is mounted on the beverage bottle; a temperature measuring unit housed in the second arm ( 105 2; 205 2; 305 2; 405 2), the temperature measuring unit facing the bottle body when the device ( 100; 200; 300; 400) is mounted on the beverage bottle, and a wireless communication unit coupled to the temperature measuring unit, wherein the wireless communication unit is adapted to wirelessly communicate with a display unit arranged to provide an indication associated with the temperature of the beverage bottle as measured by the temperature measuring unit. a first arm ( 105 1; 205 1; 305 1; 405 1) adapted to accommodate and retain a bottle neck of a beverage bottle, such as a wine bottle; a second arm ( 105 2; 205 2; 305 2; 405 2) extending from the first arm ( 105 1; 205 1; 305 1; 405 1), the second arm ( 105 2; 205 2; 305 2; 405 2) being configured to extend towards a bottle body of the beverage bottle when the device ( 100; 200; 300; 400) is mounted on the beverage bottle; a temperature measuring unit housed in the second arm ( 105 2; 205 2; 305 2; 405 2), the temperature measuring unit facing the bottle body when the device ( 100; 200; 300; 400) is mounted on the beverage bottle, and a wireless communication unit coupled to the temperature measuring unit, wherein the wireless communication unit is adapted to wirelessly communicate with a display unit arranged to provide an indication associated with the temperature of the beverage bottle as measured by the temperature measuring unit.
A solar cell comprising: a protective layer disposed over a substrate, wherein the protective layer comprises contact holes; a first metal layer disposed over the protective layer, wherein the first metal layer is electrically connected to the substrate through the contact holes; a second metal layer disposed over the first metal layer; and bond regions disposed between the first metal layer and the second metal layer and coupling the first metal layer to the second metal layer, characterised in that entirely the bond regions are located above regions of the protective layer that do not overlap with at least one contact hole; wherein the contact holes are aligned linearly and/or adjacent to the bond regions. a protective layer disposed over a substrate, wherein the protective layer comprises contact holes; a first metal layer disposed over the protective layer, wherein the first metal layer is electrically connected to the substrate through the contact holes; a second metal layer disposed over the first metal layer; and bond regions disposed between the first metal layer and the second metal layer and coupling the first metal layer to the second metal layer, characterised in that entirely the bond regions are located above regions of the protective layer that do not overlap with at least one contact hole; wherein the contact holes are aligned linearly and/or adjacent to the bond regions.
A heating device for use in an internal combustion engine, the heating device comprising: a first holder (14, 214, 514) having a passage; a second holder (16, 216, 516) having a passage; said first and second holders (14, 16, 214, 216, 514, 516) having a C-shaped cross section housing (25, 215); a heating element (18, 218, 518) positioned between said first and second holders (14, 16, 214, 216, 514, 516); and a retainer mechanism (20, 220, 515) coupling said first holder (14, 214, 514) and said second holder (16, 216, 516) and retaining said heating element (18, 218, 518) therebetween, said retainer mechanism (20, 220, 515) including at least two fasteners (264, 286, 586, 587) disposed in said passages of said first and second holders (14, 16, 214, 216, 514, 516) and a locking grommet (410, 910) engaging at least one fastener of said at least two fasteners (264, 286, 586, 587) in a snap-fit coupling. a first holder (14, 214, 514) having a passage; a second holder (16, 216, 516) having a passage; said first and second holders (14, 16, 214, 216, 514, 516) having a C-shaped cross section housing (25, 215); a heating element (18, 218, 518) positioned between said first and second holders (14, 16, 214, 216, 514, 516); and a retainer mechanism (20, 220, 515) coupling said first holder (14, 214, 514) and said second holder (16, 216, 516) and retaining said heating element (18, 218, 518) therebetween, said retainer mechanism (20, 220, 515) including at least two fasteners (264, 286, 586, 587) disposed in said passages of said first and second holders (14, 16, 214, 216, 514, 516) and a locking grommet (410, 910) engaging at least one fastener of said at least two fasteners (264, 286, 586, 587) in a snap-fit coupling.
A battery pack which is mounted in a vehicle, the battery pack comprising: a plurality of battery cells; a base plate to support the plurality of battery cells; and a cross beam unit which is positioned over a predetermined length along a widthwise direction of the base plate, and interposed between the plurality of battery cells in a lengthwise direction of the base plate to attach and fix the facing battery cells in the lengthwise direction, characterized in that a positive and negative electrode structure for electrical connection of the plurality of battery cells is provided on one surface of the plurality of battery cells, wherein the cross beam unit is attached to an opposite surface of the plurality of battery cells. a plurality of battery cells; a base plate to support the plurality of battery cells; and a cross beam unit which is positioned over a predetermined length along a widthwise direction of the base plate, and interposed between the plurality of battery cells in a lengthwise direction of the base plate to attach and fix the facing battery cells in the lengthwise direction, characterized in that a positive and negative electrode structure for electrical connection of the plurality of battery cells is provided on one surface of the plurality of battery cells, wherein the cross beam unit is attached to an opposite surface of the plurality of battery cells.
A wearable electronic device comprising: a headphone comprising two sound generators and an elastic band connecting the two sound generators; a display portion comprising two ends and a middle portion located between the two ends; and two extension mechanisms each of which connects one sound generator with a corresponding end of the display portion, a distance between the corresponding end of the display portion and the one sound generator being variable; wherein each of the extension mechanisms comprises a first slider connected to the one sound generator and a second slider disposed on the corresponding end of the display portion, and the second slider is slidably connected to the first slider; characterised in that the second slider further comprises a wedge-shaped projection disposed on an inner surface of the corresponding end of the display portion, the first slider is disposed on an inclined surface of the wedge-shaped projection, one side of the wedge-shaped projection away from the sound generator is closer to the inner surface of the corresponding end of the display portion than an opposite side of the wedge-shaped projection. a headphone comprising two sound generators and an elastic band connecting the two sound generators; a display portion comprising two ends and a middle portion located between the two ends; and two extension mechanisms each of which connects one sound generator with a corresponding end of the display portion, a distance between the corresponding end of the display portion and the one sound generator being variable; wherein each of the extension mechanisms comprises a first slider connected to the one sound generator and a second slider disposed on the corresponding end of the display portion, and the second slider is slidably connected to the first slider; characterised in that the second slider further comprises a wedge-shaped projection disposed on an inner surface of the corresponding end of the display portion, the first slider is disposed on an inclined surface of the wedge-shaped projection, one side of the wedge-shaped projection away from the sound generator is closer to the inner surface of the corresponding end of the display portion than an opposite side of the wedge-shaped projection.
A method for controlling electronic transactions between a server computer and a client computer by means of a hardware device, the method comprising, in the hardware device, the steps of: - running a first communication protocol with encrypted data transmission and mutual authentication with the server computer, - performing a decryption of encrypted server responses received from the server computer, - forwarding the decrypted server responses to the client computer, - receiving client requests to be send to the server computer from the client computer, characterized by - parsing the client requests for predefined transaction information that has been entered by a user by means of a client computer input unit, - encrypting and forwarding client requests that do not contain any predefined transaction information to the server computer, - presenting the predefined transaction information for user confirmation to a user upon detection in a client request, - forwarding and encrypting the client request containing the predefined transaction information to the server computer if a user confirmation is received, wherein the hardware device interprets it as a confirmation if the user does not cancel the transaction within a predefined time period. - running a first communication protocol with encrypted data transmission and mutual authentication with the server computer, - performing a decryption of encrypted server responses received from the server computer, - forwarding the decrypted server responses to the client computer, - receiving client requests to be send to the server computer from the client computer, characterized by - parsing the client requests for predefined transaction information that has been entered by a user by means of a client computer input unit, - encrypting and forwarding client requests that do not contain any predefined transaction information to the server computer, - presenting the predefined transaction information for user confirmation to a user upon detection in a client request, - forwarding and encrypting the client request containing the predefined transaction information to the server computer if a user confirmation is received, wherein the hardware device interprets it as a confirmation if the user does not cancel the transaction within a predefined time period.