mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack comprising: one or more battery modules , each battery module including one or more battery cells , and a module case structured to accommodate the one or more battery cells and to include a base panel structured to form a lower surface of the module case that supports the one or more battery cells ; an accommodating panel structured to form a bottom surface of a module accommodating space for accommodating the one or more battery modules ; and a comparting portion coupled to the accommodating panel to separate each of the one or more battery modules , wherein the accommodating panel includes: a first bottom surface positioned to face each of the base panels of the one or more battery modules ; and a second bottom surface including a heat resistance portion connected to at least a part of the first bottom surface and configured to reduce conduction of heat generated by any one of the battery modules to another adjacent battery module through the first bottom surface , characterized in that the comparting portion is an angulated U-shaped frame open toward the second bottom surface . one or more battery modules , each battery module including one or more battery cells , and a module case structured to accommodate the one or more battery cells and to include a base panel structured to form a lower surface of the module case that supports the one or more battery cells ; an accommodating panel structured to form a bottom surface of a module accommodating space for accommodating the one or more battery modules ; and a comparting portion coupled to the accommodating panel to separate each of the one or more battery modules , wherein the accommodating panel includes: a first bottom surface positioned to face each of the base panels of the one or more battery modules ; and a second bottom surface including a heat resistance portion connected to at least a part of the first bottom surface and configured to reduce conduction of heat generated by any one of the battery modules to another adjacent battery module through the first bottom surface , characterized in that a first bottom surface positioned to face each of the base panels of the one or more battery modules ; and a second bottom surface including a heat resistance portion connected to at least a part of the first bottom surface and configured to reduce conduction of heat generated by any one of the battery modules to another adjacent battery module through the first bottom surface , characterized in that the comparting portion is an angulated U-shaped frame open toward the second bottom surface .
Inspection chamber part (3, 4, 5; 103, 104, 105), comprising a spigot-socket structure (10; 110), the spigot-socket structure comprising a spigot shaped first section (11; 111) and a socket shaped second section (12; 112), at least one of the sections being integrally connected to the inspection chamber part (3, 4, 5; 103, 104, 105), characterized in that the second section (12; 112) has a flared end portion (13; 113), the first (11;111) and second section being integrally connected to each other by means of an integral connection , at least intially, wherein the first (11;111) and second (12;112) section have a compatible shape, such that if the integral connection (14; 114) between the first (11;111) and second (12;112) section were to be severed, the first section (11; 111) could closely fit into the second section (12; 112) so as to establish a spigot-socket connection.
Method for controlling an electrical household appliance , which is arranged in an outside area, wherein the method comprises the following steps: - determining an environmental parameter comprising an outside temperature in the area of the household appliance on the basis of a meteorological situation in this area, wherein the meteorological situation is obtained from an external information source and comprises weather information; - comparing the environmental parameter with a predetermined threshold value; and - deactivating the household appliance if the environmental parameter exceeds the threshold value in a predetermined direction, characterised in that - the deactivation comprises an adjustment of a time control of the household appliance in order to prevent operation of the household appliance , while the environmental parameter lies on a predetermined side of the threshold value. - determining an environmental parameter comprising an outside temperature in the area of the household appliance on the basis of a meteorological situation in this area, wherein the meteorological situation is obtained from an external information source and comprises weather information; - comparing the environmental parameter with a predetermined threshold value; and - deactivating the household appliance if the environmental parameter exceeds the threshold value in a predetermined direction, - the deactivation comprises an adjustment of a time control of the household appliance in order to prevent operation of the household appliance , while the environmental parameter lies on a predetermined side of the threshold value.
A system configured to in-exsufflate a subject, the system comprising: a pressure generator for generating a pressurized flow of breathable gas for delivery to an airway of the subject; one or more sensors for generating output signals conveying information related to one or more gas parameters of the pressurized flow of breathable gas; one or more physical computer processors operatively connected to the one or more sensors and the pressure generator, configured to obtain a target respiratory volume; determine one or more gas parameters of the pressurized flow of breathable gas; deliver in-exsufflation therapy during a first respiratory cycle according to an in-exsufflation therapy regime based on the determined gas parameters, the first respiratory cycle including a first insufflation and a first exsufflation; determine one or more breathing parameters of the subject based on the output signals during the first respiratory cycle; and deliver in-exsufflation therapy during a second respiratory cycle according to an in-exsufflation therapy regime based on the determined breathing parameters of the subject and the target respiratory volume, wherein the one or more physical computer processors are further configured such that the determined one or more breathing parameters of the subject include one or more of a forced vital capacity, an inspiratory reserve volume, an inspiratory capacity, an expiratory reserve volume, or an upper inflection point. a pressure generator for generating a pressurized flow of breathable gas for delivery to an airway of the subject; one or more sensors for generating output signals conveying information related to one or more gas parameters of the pressurized flow of breathable gas; one or more physical computer processors operatively connected to the one or more sensors and the pressure generator, configured to obtain a target respiratory volume; determine one or more gas parameters of the pressurized flow of breathable gas; deliver in-exsufflation therapy during a first respiratory cycle according to an in-exsufflation therapy regime based on the determined gas parameters, the first respiratory cycle including a first insufflation and a first exsufflation; determine one or more breathing parameters of the subject based on the output signals during the first respiratory cycle; and deliver in-exsufflation therapy during a second respiratory cycle according to an in-exsufflation therapy regime based on the determined breathing parameters of the subject and the target respiratory volume, wherein the one or more physical computer processors are further configured such that the determined one or more breathing parameters of the subject include one or more of a forced vital capacity, an inspiratory reserve volume, an inspiratory capacity, an expiratory reserve volume, or an upper inflection point.
Athermally conductive silicone rubber composite sheet including a laminated structure body comprised of an intermediate layer and an outer layer laminated on both surfaces of the intermediate layer, characterized in that : (A) the intermediate layer is an electrically insulating synthetic resin film layer having a thermal conductivity measured by a laser flash method at 25 °C of not lower than 0.20 W/m·K and a tensile elastic modulus measured in accordance with ASTM D882 of not lower than 5 GPa, the intermediate layer having a thickness from 50 to 100 μm, and (B) the outer layer is a silicone rubber layer of a cured product of a composition containing: (a) an organopolysiloxane; (b) a curing agent; (c) a thermally conductive filler; and (d) a silicon compound-based adhesion imparting agent having at least one kind of group selected from the group consisting of an epoxy group, an alkoxy group, a methyl group, a vinyl group and a Si-H group. (A) the intermediate layer is an electrically insulating synthetic resin film layer having a thermal conductivity measured by a laser flash method at 25 °C of not lower than 0.20 W/m·K and a tensile elastic modulus measured in accordance with ASTM D882 of not lower than 5 GPa, the intermediate layer having a thickness from 50 to 100 μm, and (B) the outer layer is a silicone rubber layer of a cured product of a composition containing: (a) an organopolysiloxane; (b) a curing agent; (c) a thermally conductive filler; and (d) a silicon compound-based adhesion imparting agent having at least one kind of group selected from the group consisting of an epoxy group, an alkoxy group, a methyl group, a vinyl group and a Si-H group.
A method for determining location on a wireless communication device , comprising: receiving a request for wireless device location; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device , wherein the plurality of wireless network messages are received from at least respective two wireless networks ; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining two or more wireless device locations based on the location measurement information and the location determining assistance information, wherein each wireless device location is determined using location measurement information associated with a respective one of the wireless networks; determining an integrated wireless device location based on the integration of the two or more wireless device locations; and validating and storing the integrated wireless device location. receiving a request for wireless device location; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device , wherein the plurality of wireless network messages are received from at least respective two wireless networks ; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining two or more wireless device locations based on the location measurement information and the location determining assistance information, wherein each wireless device location is determined using location measurement information associated with a respective one of the wireless networks; determining an integrated wireless device location based on the integration of the two or more wireless device locations; and validating and storing the integrated wireless device location.
A harness system for a child safety seat comprising - at least one tensioning web; - a retractor device connected to a first end of the at least one tensioning web, the retractor device being configured to allow tightening of the tensioning web, thereby moving the tensioning web in a first direction, and the retractor device being configured to allow loosening of the tensioning web, thereby moving the tensioning web in a second direction; - a locking mechanism comprising a first locking part that is connected to a second end of the tensioning web, and a second locking part that is configured to mate with the first locking part and secure the first locking part to the second locking part; - a release mechanism connected to the retractor device, the release mechanism being configured to allow the retractor device to move the tensioning web in the first and the second direction when the release mechanism is in a first state, and the release mechanism being configured to prevent the retractor device to move the tensioning web in the second direction when the release mechanism is in a second state; - where the release mechanism further comprises an actuator that is connected to the release mechanism, where a movement of the actuator from a first position to a second position alternates the release mechanism from the first state to the second state, and vice versa, characterised in that - the actuator is arranged such that its position will allow a user to identify whether the release mechanism is in the first state or in the second state. - at least one tensioning web; - a retractor device connected to a first end of the at least one tensioning web, the retractor device being configured to allow tightening of the tensioning web, thereby moving the tensioning web in a first direction, and the retractor device being configured to allow loosening of the tensioning web, thereby moving the tensioning web in a second direction; - a locking mechanism comprising a first locking part that is connected to a second end of the tensioning web, and a second locking part that is configured to mate with the first locking part and secure the first locking part to the second locking part; - a release mechanism connected to the retractor device, the release mechanism being configured to allow the retractor device to move the tensioning web in the first and the second direction when the release mechanism is in a first state, and the release mechanism being configured to prevent the retractor device to move the tensioning web in the second direction when the release mechanism is in a second state; - where the release mechanism further comprises an actuator that is connected to the release mechanism, where a movement of the actuator from a first position to a second position alternates the release mechanism from the first state to the second state, and vice versa, characterised in that - the actuator is arranged such that its position will allow a user to identify whether the release mechanism is in the first state or in the second state.
A composition comprising a food allergen for use in treating a child having a detected allergy to said food allergen, to prevent said child from developing a further allergy to a different food allergen or a respiratory allergen, wherein the composition is administered epicutaneously to said child, said administration protecting the child from development of at least one further allergy to the different food allergen or the respiratory allergen.
A method of performing a generic trust provisioning of a device, comprising: - receiving, by a hardware security module, HSM , a customer-independent list of instructions configured to produce trust provisioning information ; - performing, by the HSM , a constraint check on the list of instructions , including performing a symbolic execution of the list of instructions ; - receiving, by the HSM , confidential inputs ; - executing, by the HSM , the list of instructions on the confidential inputs when the list of instructions passes the constraint check; - providing, by the HSM , the output of the executing step as the trust provisioning information to be installed on the device, wherein the symbolic execution of the list of instructions tracks a confidentiality level of any parameter used by the list of instructions, to verify whether the list of instructions meets a set of predefined constraints for preventing a security violation for the confidential inputs on which the list of instructions will be executed. - receiving, by a hardware security module, HSM , a customer-independent list of instructions configured to produce trust provisioning information ; - performing, by the HSM , a constraint check on the list of instructions , including performing a symbolic execution of the list of instructions ; - receiving, by the HSM , confidential inputs ; - executing, by the HSM , the list of instructions on the confidential inputs when the list of instructions passes the constraint check; - providing, by the HSM , the output of the executing step as the trust provisioning information to be installed on the device,
A joint molding apparatus for molding a joint at a panel intersection, the apparatus comprising: at least two inflatable molding bladders connectable to a source of pressurized fluid ; and a bladder support structure configured to support the bladders in respective positions adjacent an intersection of panels where, when inflated, the bladders support a joint formed at the intersection of panels while an uncured portion of the joint is curing to hold the joint in a desired configuration at the panel intersection ; wherein the bladder support structure includes backing members arranged to brace the bladders against outward movement and cause the bladders to expand inwardly against respective corresponding portions of the joint ; wherein the bladder support structure includes: two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint ; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps . at least two inflatable molding bladders connectable to a source of pressurized fluid ; and a bladder support structure configured to support the bladders in respective positions adjacent an intersection of panels where, when inflated, the bladders support a joint formed at the intersection of panels while an uncured portion of the joint is curing to hold the joint in a desired configuration at the panel intersection ; wherein the bladder support structure includes backing members arranged to brace the bladders against outward movement and cause the bladders to expand inwardly against respective corresponding portions of the joint ; wherein the bladder support structure includes: two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint ; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps . two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint ; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps .
A method for diagnosing a selective catalytic reduction (SCR) catalyst of an exhaust aftertreatment system of an internal combustion engine , wherein said exhaust aftertreatment system comprises a SCR catalyst , an reductant injector arranged upstream of said SCR catalyst for injecting a reductant into an exhaust gas, and an exhaust gas sensor arranged downstream of said SCR catalyst , which exhaust gas sensor being cross-sensitive to nitrogen oxide (NOx) and ammonia (NH3) present within the exhaust gas leaving said SCR catalyst , wherein the method comprises the steps of: - ensuring that a SCR catalyst NH3 storage level is substantially below the current maximal NH3 storage capacity of said SCR catalyst thereby ensuring that any ammonia slip downstream of said SCR catalyst , if present, is stopped; - subsequently, initiating over-injection of reductant by said injector ; - stopping reductant injection upon registering, by said exhaust gas sensor , an increasing NOx+NH3 emission level and an NOx+NH3 emission level exceeding a predefined threshold value, and when the reduction injection is stopped recording an output signal of said exhaust gas sensor until an indication of a minimal or negligible SCR catalyst NH3 storage level is determined; and - calculating a SCR catalyst NH3 storage capacity on the basis of said recorded output signal, wherein the storage capacity is calculated by integrating the difference between the estimated or recorded level of nitrogen oxide (NOx) having entered the SCR catalyst and the recorded level of nitrogen oxide (NOx) having been emitted from the SCR catalyst . - ensuring that a SCR catalyst NH3 storage level is substantially below the current maximal NH3 storage capacity of said SCR catalyst thereby ensuring that any ammonia slip downstream of said SCR catalyst , if present, is stopped; - subsequently, initiating over-injection of reductant by said injector ; - stopping reductant injection upon registering, by said exhaust gas sensor , an increasing NOx+NH3 emission level and an NOx+NH3 emission level exceeding a predefined threshold value, and when the reduction injection is stopped recording an output signal of said exhaust gas sensor until an indication of a minimal or negligible SCR catalyst NH3 storage level is determined; and - calculating a SCR catalyst NH3 storage capacity on the basis of said recorded output signal, wherein the storage capacity is calculated by integrating the difference between the estimated or recorded level of nitrogen oxide (NOx) having entered the SCR catalyst and the recorded level of nitrogen oxide (NOx) having been emitted from the SCR catalyst .
Method to sterilize a tubular wrapping in a packaging machine during its normal functioning, said packaging machine comprising a delivery unit provided with at least one nozzle configured to feed a product (P) to be packaged, a sterilizing mean (S) and a sterile gas (G), said method comprising the steps of: feeding a film of packaging material along a nozzle of said delivery unit forming a tubular wrapping around said nozzle comprising an upper aperture ; feeding a sterilizing mean (S) into said tubular wrapping ; said method being characterized in that it also comprises the steps of: making said sterilizing mean (S) flow outside said tubular wrapping through said upper aperture ; and, simultaneously, feeding a laminar flow (L) of gas along said nozzle , in the same direction of feed as the film , and outside said tubular wrapping , so that said laminar flow (L) conveys said outflown sterilising mean (S) along said nozzle and outside said tubular wrapping . feeding a film of packaging material along a nozzle of said delivery unit forming a tubular wrapping around said nozzle comprising an upper aperture ; feeding a sterilizing mean (S) into said tubular wrapping ; said method being characterized in that it also comprises the steps of: making said sterilizing mean (S) flow outside said tubular wrapping through said upper aperture ; and, simultaneously, feeding a laminar flow (L) of gas along said nozzle , in the same direction of feed as the film , and outside said tubular wrapping , so that said laminar flow (L) conveys said outflown sterilising mean (S) along said nozzle and outside said tubular wrapping .