mhurhangee/patent-ind-claim-en huggingface dataset:
A peripheral for an alarm system installation, having a housing , a battery compartment , a first latching arrangement , and a tamper switch cooperating with the first latching arrangement , wherein the first latching arrangement is a cover which is connected to the housing , characterized by a battery slider arranged within the battery compartment and being withdrawable from the battery compartment , wherein the first latching arrangement secures the battery slider within the battery compartment and prevents access to the battery slider , and by a second latching arrangement securing the battery slider within the battery compartment , wherein one or more batteries are arranged within the battery slider , the one or more batteries being the power supply for the peripheral , wherein the electrical connection between the batteries and electronic circuits within the housing is achieved via contact surfaces on the battery slider , and wherein the peripheral is adapted to check every 400 ms if the cover is still present and to send a tamper signal to a central unit of the alarm system installation in the event that there is an unauthorized attempt to open the battery compartment . characterized by a battery slider arranged within the battery compartment and being withdrawable from the battery compartment , wherein the first latching arrangement secures the battery slider within the battery compartment and prevents access to the battery slider , and by a second latching arrangement securing the battery slider within the battery compartment , wherein one or more batteries are arranged within the battery slider , the one or more batteries being the power supply for the peripheral , wherein the electrical connection between the batteries and electronic circuits within the housing is achieved via contact surfaces on the battery slider , and wherein the peripheral is adapted to check every 400 ms if the cover is still present and to send a tamper signal to a central unit of the alarm system installation in the event that there is an unauthorized attempt to open the battery compartment .
A label applicator system comprising: a label applicator comprising: a body having a first side and a second side and defining two channels extending through the body from the first side to a curved surface on the second side , the two channels positioned on opposing sides of a midpoint of the curved surface ; a base positioned proximate to the first side of the body ; a first pair of resilient members extending through the two channels and having a first end engaging with the base and a second end at a position beyond the curved surface ; and a second pair of resilient members engaging the body and the base , and wherein the second ends of the first pair of resilient members are configured to removably attach to a label and, when the label is in contact with the second ends and an object, to apply a pressure to the label that increases as the first pair of resilient members and second pair of resilient members are compressed. a body having a first side and a second side and defining two channels extending through the body from the first side to a curved surface on the second side , the two channels positioned on opposing sides of a midpoint of the curved surface ; a base positioned proximate to the first side of the body ; a first pair of resilient members extending through the two channels and having a first end engaging with the base and a second end at a position beyond the curved surface ; and a second pair of resilient members engaging the body and the base , and wherein the second ends of the first pair of resilient members are configured to removably attach to a label and, when the label is in contact with the second ends and an object, to apply a pressure to the label that increases as the first pair of resilient members and second pair of resilient members are compressed.
A vaccine composition for use in the prophylactic, metaphylactic or therapeutic treatment of a Streptococcus suis infection in pigs comprising an effective amount of at least one polypeptide selected from the group of (a) a protein designated IdeSsuis having the amino acid sequence of SEQ ID NO: 1, or (b) a protein designated rIdeSsuis having the amino acid sequence of SEQ ID NO: 2, 6 or 7, and at least a pharmaceutical carrier, a diluent or an adjuvant. (a) a protein designated IdeSsuis having the amino acid sequence of SEQ ID NO: 1, or (b) a protein designated rIdeSsuis having the amino acid sequence of SEQ ID NO: 2, 6 or 7,
An organic light emitting diode base substrate, comprising: a support substrate ; and a light outcoupling layer on the support substrate for enhancing light outcoupling efficiency of an organic light emitting display substrate, the light outcoupling layer having a corrugated surface on a side of the light outcoupling layer distal to the support substrate , the light outcoupling layer comprising a polymer material having a gradient distribution in a direction from the corrugated surface to the support substrate , characterised by that: the polymer material comprises a hydrophobic polymer material having a gradient distribution such that a content of the hydrophobic polymer material decreases in the direction from the corrugated surface to the support substrate . a support substrate ; and a light outcoupling layer on the support substrate for enhancing light outcoupling efficiency of an organic light emitting display substrate, the light outcoupling layer having a corrugated surface on a side of the light outcoupling layer distal to the support substrate , the light outcoupling layer comprising a polymer material having a gradient distribution in a direction from the corrugated surface to the support substrate ,
A passenger-carrying, rail-mounted vehicle powered from an overhead electrical power line, and having a roof hatch in a roof of the vehicle for passenger emergency escape therethrough, characterised in that the roof hatch includes a remotely-controlled locking device having a closed state preventing opening of the roof hatch and a released state allowing opening of the roof hatch, and the vehicle further has a control system configured to control the operation of the remotely-controlled locking device; the remotely-controlled locking device remains in its closed state until receipt of a release signal generated by the control system , the control system suppresses the generation of the release signal until it receives confirmation that power in the overhead power line is cut, and the vehicle further has a user interface configured to allow interaction between a driver or guard of the vehicle and the control system , wherein the release signal is generated by the control system upon receipt thereby of an unlock signal from the user interface, the unlock signal indicating that the driver or guard allows transition of the remotely-controlled locking device from its closed state into its released state. the roof hatch includes a remotely-controlled locking device having a closed state preventing opening of the roof hatch and a released state allowing opening of the roof hatch, and the vehicle further has a control system configured to control the operation of the remotely-controlled locking device; the remotely-controlled locking device remains in its closed state until receipt of a release signal generated by the control system , the control system suppresses the generation of the release signal until it receives confirmation that power in the overhead power line is cut, and the vehicle further has a user interface configured to allow interaction between a driver or guard of the vehicle and the control system , wherein the release signal is generated by the control system upon receipt thereby of an unlock signal from the user interface, the unlock signal indicating that the driver or guard allows transition of the remotely-controlled locking device from its closed state into its released state.
A method of communication comprising: transmitting a message from a first electronic device of a neighbor aware network, NAN , to a second electronic device of the NAN via a first communication channel of a plurality of communication channels during a discovery window, wherein the message indicates that the first electronic device is available to communicate; and characterised by responsive to transmitting the message monitoring a second communication channel of the plurality of communication channels during a first paging window of a transmission window for a paging message, wherein the first paging window comprises a beginning portion of the transmission window, wherein the first paging window is designated as an active time period for electronic devices of the NAN , and wherein the first communication channel is different from the second communication channel. transmitting a message from a first electronic device of a neighbor aware network, NAN , to a second electronic device of the NAN via a first communication channel of a plurality of communication channels during a discovery window, wherein the message indicates that the first electronic device is available to communicate; and characterised by responsive to transmitting the message monitoring a second communication channel of the plurality of communication channels during a first paging window of a transmission window for a paging message, wherein the first paging window comprises a beginning portion of the transmission window, wherein the first paging window is designated as an active time period for electronic devices of the NAN , and wherein the first communication channel is different from the second communication channel.
A structural assembly comprising: - a first member having at least one fastener receptacle and at least one shear pocket , the shear pocket having a pocket cross-section, wherein the first member is a sandwich panel comprised of a pair of face sheets interconnected by a core and wherein the shear pocket is formed in one of the face sheets ; - a second member having at least one shear boss protruding outwardly from the second member , the shear boss having a boss cross-section shaped complementary to the pocket cross-section, the shear boss configured to be received with the shear pocket and being non-fastened to the first member and transfer only shear load between the first member and the second member ; and - a tension fastener configured to engage the fastener receptacle and couple the first member to the second member and transfer only tension load therebetween at least during an initial transfer of the shear load between the first member and the second member by the shear boss , wherein the tension fastener is initially prevented from transferring shear load by forming fastener through-holes in the first member and/or the second member with greater clearance than the clearance provided between the shear bosses and shear pockets . - a first member having at least one fastener receptacle and at least one shear pocket , the shear pocket having a pocket cross-section, wherein the first member is a sandwich panel comprised of a pair of face sheets interconnected by a core and wherein the shear pocket is formed in one of the face sheets ; - a second member having at least one shear boss protruding outwardly from the second member , the shear boss having a boss cross-section shaped complementary to the pocket cross-section, the shear boss configured to be received with the shear pocket and being non-fastened to the first member and transfer only shear load between the first member and the second member ; and - a tension fastener configured to engage the fastener receptacle and couple the first member to the second member and transfer only tension load therebetween at least during an initial transfer of the shear load between the first member and the second member by the shear boss , wherein the tension fastener is initially prevented from transferring shear load by forming fastener through-holes in the first member and/or the second member with greater clearance than the clearance provided between the shear bosses and shear pockets .
An evaporation device for evaporating hydrogen peroxide, comprising a housing body having at least two fluid channels (110a-d) arranged therein, which fluid channels (110a-d) are connected to each other to form a common fluid line between an inlet and an outlet , and at least one heating element positioned within said housing body for heating said fluid channels (110a-d), wherein a first fluid channel , being directly connected to the fluid inlet , is positioned relative the at least one heating element such that its inner walls will be heated to a first temperature, characterized in that a second fluid channel , being directly connected to the fluid outlet , is positioned relative the at least one heating element such that its inner walls will be heated to a second temperature, said second temperature being higher than the first temperature.
Method for operating a motor vehicle with a headlamp , in the case of which light generated by means of a light generating device is reflected by means of a mirror element pivotably mounted about at least one pivot axis (S) out of the headlamp , wherein the mirror element for the generation of a light distribution of the headlamp is pivoted on both sides of a neutral position (N) about in each case one angle (α1, α2) by means of a pivoting device , wherein a value of at least one of the angles (α1, α2) is set by a control device depending on a received adjusting signal, and thus the light distribution of the headlamp is set, wherein depending on a trigger signal the value of at least one of the respective angles (α1, α2) is altered for a predetermined time duration, as a result the mirror element is periodically pivoted with the altered angle values, and thereafter the mirror element is automatically periodically pivoted by the pivoting device again with the respectively original angle (α1, α2) on both sides, characterised in that a resonance frequency of the mirror element is altered by a support device of the mirror element , wherein the resonance frequency is altered by means of the support device by means of a moving of a mass and/or an adjusting of a spring force, wherein by means of the altering of the resonance frequency the value of the angle (α1, α2) is set, about which the mirror element is pivoted, such that an illumination intensity of the light generating device is set by the control device depending on an angle position of the mirror element .
Electrolytic method for extracting tin and/or lead contained in an electrically conductive mixture derived from waste, said electrically conductive mixture consisting of a plurality of solid elements and comprising: - less than 50% by mass, with respect to the total weight of the mixture, of tin in metallic form, - less than 25% by mass, with respect to the total weight of the mixture, of lead in metallic form, - more than 25% by mass, with respect to the total weight of the mixture, of metallic copper, and/or metallic iron, and/or metallic aluminium, and/or metallic alloy comprising copper and/or iron and/or aluminium. said method being characterised in that it comprises the steps of: a) forming an anode from said electrically conductive mixture, b) preparing an electrolytic solution comprising methanesulfonic acid at a concentration of between 150 g/l and 250 g/l, and tin methanesulfonate at a concentration of between 10 g/l and 60 g/l of tin and/or lead methanesulfonate MSPb at a concentration of between 5 g/l and 120 g/l of lead, c) providing a cathode , d) at least partly immersing said anode and said cathode in said electrolytic solution , and e) applying an electric current between said anode and said cathode , via an electrical device , in order, by oxidation, to lixiviate the tin or both the tin and the lead of the anode , and to allow the deposition on the cathode of the tin or of both the tin and the lead initially contained in the electrically conductive mixture. - less than 50% by mass, with respect to the total weight of the mixture, of tin in metallic form, - less than 25% by mass, with respect to the total weight of the mixture, of lead in metallic form, - more than 25% by mass, with respect to the total weight of the mixture, of metallic copper, and/or metallic iron, and/or metallic aluminium, and/or metallic alloy comprising copper and/or iron and/or aluminium. a) forming an anode from said electrically conductive mixture, b) preparing an electrolytic solution comprising methanesulfonic acid at a concentration of between 150 g/l and 250 g/l, and tin methanesulfonate at a concentration of between 10 g/l and 60 g/l of tin and/or lead methanesulfonate MSPb at a concentration of between 5 g/l and 120 g/l of lead, c) providing a cathode , d) at least partly immersing said anode and said cathode in said electrolytic solution , and e) applying an electric current between said anode and said cathode , via an electrical device , in order, by oxidation, to lixiviate the tin or both the tin and the lead of the anode , and to allow the deposition on the cathode of the tin or of both the tin and the lead initially contained in the electrically conductive mixture.
Method for playback of an original Higher-Order Ambisonics audio signal denoted HOA and assigned to a video signal that is to be presented on a current screen but was generated for an original and different screen, said method including the steps: - decoding an input vector A in of input HOA coefficients of said HOA signal so as to provide decoded audio signals s in in space domain for regularly positioned loudspeaker positions by calculating s in = Ψ 1 − 1 A in using the inverse Ψ 1 − 1 of a HOA mode matrix Ψ 1 ; - receiving or establishing reproduction adaptation information derived from the difference between said original screen and said current screen in their widths and possibly their heights and possibly their curvatures; - adapting said decoded audio signals by warping and encoding them in the space domain into an output vector A out of adapted output HOA coefficients by calculating A out = Y 2 s in , wherein the mode vectors of mode matrix Ψ 1 are modified according to a warping function by which the angles of the original loudspeaker positions for said original screen are in the HOA coefficients output vector A out mapped into the target angles of the target loudspeaker positions for the current screen, wherein said reproduction adaption information controls said warping such that for a current-screen watcher and listener of said adapted decoded audio signals , the perceived position of at least one audio object represented by said adapted decoded audio signals matches the perceived position of related video object on said screen; - rendering and outputting for loudspeakers the adapted audio signals in space domain . - decoding an input vector A in of input HOA coefficients of said HOA signal so as to provide decoded audio signals s in in space domain for regularly positioned loudspeaker positions by calculating s in = Ψ 1 − 1 A in using the inverse Ψ 1 − 1 of a HOA mode matrix Ψ 1 ; - receiving or establishing reproduction adaptation information derived from the difference between said original screen and said current screen in their widths and possibly their heights and possibly their curvatures; - adapting said decoded audio signals by warping and encoding them in the space domain into an output vector A out of adapted output HOA coefficients by calculating A out = Y 2 s in , wherein the mode vectors of mode matrix Ψ 1 are modified according to a warping function by which the angles of the original loudspeaker positions for said original screen are in the HOA coefficients output vector A out mapped into the target angles of the target loudspeaker positions for the current screen, wherein said reproduction adaption information controls said warping such that for a current-screen watcher and listener of said adapted decoded audio signals , the perceived position of at least one audio object represented by said adapted decoded audio signals matches the perceived position of related video object on said screen; - rendering and outputting for loudspeakers the adapted audio signals in space domain .
Telescopic access bridge , comprising: - a base unit ; - an elevating unit having a first end with a first hinged connection to the base unit, and further having a second end; - a bridge comprising a main bridge part and a telescopic bridge part , the bridge having one end with a second hinged connection to the second end of the elevating unit, characterized in that the elevating unit is at its first end rotatable around a substantial horizontal axis and the second hinged connection is configured to enable a side-by-side orientation of the elevating unit and the bridge in a storage position of the telescopic access bridge. - a base unit ; - an elevating unit having a first end with a first hinged connection to the base unit, and further having a second end; - a bridge comprising a main bridge part and a telescopic bridge part , the bridge having one end with a second hinged connection to the second end of the elevating unit, characterized in that the elevating unit is at its first end rotatable around a substantial horizontal axis and the second hinged connection is configured to enable a side-by-side orientation of the elevating unit and the bridge in a storage position of the telescopic access bridge.
An additive manufacturing method for manufacturing a three-dimensional object in an additive manufacturing apparatus by a layer-wise selective solidification of building material by means of an irradiation with laser radiation, wherein: in a process chamber repeatedly a layer of building material is applied on a previously selectively solidified building material layer and is scanned with laser radiation at positions corresponding to the cross-section of the object in this layer, the laser radiation is generated by means of a laser light source and is directed onto the building material layer via a number of optical components, wherein an optics compartment that is encased by an optics compartment housing accommodates the optical components, wherein a defined gas atmosphere is maintained inside of the optics compartment, characterized in that the relative humidity of the defined gas atmosphere is kept below 3% and in that the laser light source is a CO laser. in a process chamber repeatedly a layer of building material is applied on a previously selectively solidified building material layer and is scanned with laser radiation at positions corresponding to the cross-section of the object in this layer, the laser radiation is generated by means of a laser light source and is directed onto the building material layer via a number of optical components, wherein an optics compartment that is encased by an optics compartment housing accommodates the optical components, wherein a defined gas atmosphere is maintained inside of the optics compartment,