mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module, comprising a plurality of batteries arranged side by side in a third direction (Z) and a buffering member , the buffering member being provided between two adjacent batteries , characterized in that the buffering member comprises a first member and a second member , and the first member and the second member are spliced together and forming a hollow frame structure; the first member comprises a first main body ; the second member comprises a second main body ; the first main body and the second main body each are formed as a C-shaped structure; or the first main body and the second main body each are formed as an L-shaped structure; the first member further comprises a first connecting portion formed on each end of the first main body ; the second member further comprises a second connecting portion formed on each end of the second main body ; the first main body of the first member and the second main body of the second member face each other in a second direction (Y) perpendicular to the third direction (Z), and the first connecting portions are cooperated with and fixedly connected to the second connecting portions , respectively. the buffering member comprises a first member and a second member , and the first member and the second member are spliced together and forming a hollow frame structure; the first member comprises a first main body ; the second member comprises a second main body ; the first main body and the second main body each are formed as a C-shaped structure; or the first main body and the second main body each are formed as an L-shaped structure; the first member further comprises a first connecting portion formed on each end of the first main body ; the second member further comprises a second connecting portion formed on each end of the second main body ; the first main body of the first member and the second main body of the second member face each other in a second direction (Y) perpendicular to the third direction (Z), and the first connecting portions are cooperated with and fixedly connected to the second connecting portions , respectively.
A display control device comprising a processor configured to: generate space information on the basis of an image captured of a real space, wherein the space information is recognized by an image recognition technology and indicates a relative position and posture of a coordinate system of the real space with respect to a coordinate system of the display control device; recognize a first object in the real space by an object recognition technology; display, on a display unit , the captured image ; select one of space disposition or object disposition of a virtual object through a touch manipulation on a touch panel ; and display the virtual object on the basis of a certain position in the captured image that is pointed with the touch manipulation and the selected one of the space disposition or the object disposition, wherein when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, characterized in that the processor is further configured to receive a pinch-in manipulation or a pinch-out manipulation, and to adjust a position of the virtual object in a depth direction of the captured image on the basis of the pinch-in manipulation or the pinch-out manipulation when the space disposition is selected. generate space information on the basis of an image captured of a real space, wherein the space information is recognized by an image recognition technology and indicates a relative position and posture of a coordinate system of the real space with respect to a coordinate system of the display control device; recognize a first object in the real space by an object recognition technology; display, on a display unit , the captured image ; select one of space disposition or object disposition of a virtual object through a touch manipulation on a touch panel ; and display the virtual object on the basis of a certain position in the captured image that is pointed with the touch manipulation and the selected one of the space disposition or the object disposition, wherein when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, characterized in that the processor is further configured to receive a pinch-in manipulation or a pinch-out manipulation, and to adjust a position of the virtual object in a depth direction of the captured image on the basis of the pinch-in manipulation or the pinch-out manipulation when the space disposition is selected.
An epoxy resin, comprising a reaction product between: an epoxy compound having a mesogenic structure; and at least one selected from the group consisting of an aromatic hydroxycarboxylic acid having a carboxy group and a hydroxy group bonded to an aromatic ring and an aromatic dicarboxylic acid having two carboxy groups bonded to an aromatic group, wherein the epoxy resin has an epoxy equivalent weight of from 300 to 380 g/ eq, measured as indicated in the specification. an epoxy compound having a mesogenic structure; and at least one selected from the group consisting of an aromatic hydroxycarboxylic acid having a carboxy group and a hydroxy group bonded to an aromatic ring and an aromatic dicarboxylic acid having two carboxy groups bonded to an aromatic group, wherein the epoxy resin has an epoxy equivalent weight of from 300 to 380 g/ eq, measured as indicated in the specification.
An access point, AP, device, comprising a lower housing , a printed circuit board, PCB, assembly , and an upper cover , wherein the PCB assembly is located in a cavity between the upper cover and the lower housing ; and the PCB assembly comprises a PCB , an antenna , a first device , and a second device ; the antenna is fastened to an upper surface of the PCB , and the upper surface is a surface that is of the PCB and that is close to the upper cover ; the first device is located on the upper surface, and a height of the first device is less than a first height threshold; and the second device is located on a lower surface of the PCB , the lower surface is a surface that is of the PCB and that is close to the lower housing , and a height of the second device is greater than the first height wherein the PCB assembly further comprises a shielding cover ; a height from a top of the antenna to the upper surface of the PCB is a first height, a height from a top of the shielding cover to the upper surface of the PCB is a second height, and a difference between the first height and the second height is greater than a second height threshold; and the shielding cover is fastened to the upper surface of the PCB , and the first device is located in a cavity between the shielding cover and the PCB , wherein a minimum distance between the shielding cover and the top of the antenna is 12 mm. device, comprising a lower housing , a printed circuit board, PCB, assembly , and an upper cover , wherein the PCB assembly is located in a cavity between the upper cover and the lower housing ; and the PCB assembly comprises a PCB , an antenna , a first device , and a second device ; the antenna is fastened to an upper surface of the PCB , and the upper surface is a surface that is of the PCB and that is close to the upper cover ; the first device is located on the upper surface, and a height of the first device is less than a first height threshold; and the second device is located on a lower surface of the PCB , the lower surface is a surface that is of the PCB and that is close to the lower housing , and a height of the second device is greater than the first height wherein the PCB assembly further comprises a shielding cover ; a height from a top of the antenna to the upper surface of the PCB is a first height, a height from a top of the shielding cover to the upper surface of the PCB is a second height, and a difference between the first height and the second height is greater than a second height threshold; and the shielding cover is fastened to the upper surface of the PCB , and the first device is located in a cavity between the shielding cover and the PCB , wherein a minimum distance between the shielding cover and the top of the antenna is 12 mm.
A pharmaceutical or nutraceutical composition, comprising a Hafnia alvei strain probiotic composition; said strain expressing the ClpB protein; in association with zinc bisglycinate and/or chrome picolinate.
A measurement system for aquatic environment, said system comprising a surface vessel and an underwater machine , the underwater machine comprising a hull and propulsion and guiding means as well as sensors for taking measurements, in which the underwater machine can be either launched from the vessel to move on under water independently of the vessel during a remote-use phase, or stored into the vessel in a non-remote-use phase, the vessel comprising at least one hull and propulsion and guiding means , said at least one hull of the vessel comprising a submerged portion located below a waterline, characterized in that the submerged portion of said at least one hull of the vessel comprises a recess intended to receive at least an upper portion of the hull of the underwater machine when the latter is stored into the vessel , said recess being arranged entirely below the waterline so that the underwater machine remains completely submerged during its storage and in that the recess has a depth allowing to store the underwater machine in order that the hydrodynamic drag of the vessel is modified by less than 40 % with respect to the same vessel but without recess and without storing an underwater machine.
A bearing system for a retaining wall , in particular a substantially vertical retaining wall, including: - a strut for supporting, at an angle and through an upper end , the retaining wall , the strut extending along a longitudinal direction between the upper end and a lower end , and - a coupling device for coupling the upper end of the strut to said retaining wall , said coupling device is distinct from the strut , and includes: - a fixing device for fixing the coupling device to said retaining wall; and - an upper abutment configured, when the coupling device couples the upper end to the retaining wall , to block the displacement of the upper end of the strut upwards, said bearing system being such that the strut comprises, at its upper end , a plate extending substantially in a plane which is inclined relative to the axis of the strut and configured to extend substantially parallel to said vertical wall when the strut is mounted in the coupling device . - a strut for supporting, at an angle and through an upper end , the retaining wall , the strut extending along a longitudinal direction between the upper end and a lower end , and - a coupling device for coupling the upper end of the strut to said retaining wall , - a fixing device for fixing the coupling device to said retaining wall; and - an upper abutment configured, when the coupling device couples the upper end to the retaining wall , to block the displacement of the upper end of the strut upwards,
A high-power electronics assembly for measuring high power electric current, comprising • a conductor , • a magnetic component for bundling magnetic field lines generated by the electric current flowing in the conductor , and • a magnetic field sensor for determining the electric current flowing in the conductor based on a measured magnetic field, wherein • the conductor includes in series a first conductor section , a connecting conductor section and a second conductor section , wherein the first conductor section and the second conductor section are extending along an assembly axis from a first axial end to a second axial end of a central sensor area and the connecting conductor section is connecting the first conductor section to the second conductor section , • the magnetic field sensor is arranged between the first conductor section and the second conductor section , and • the magnetic component is arranged in a ring shape, in particular closed ring shape, around the assembly axis and it is surrounding the magnetic field sensor , the first conductor section and the second conductor section , characterized in that the first conductor section , the connecting conductor section and the second conductor section are formed as sections of a ribbon-shaped conductor rail, wherein the width of the ribbon-shaped conductor rail is extending parallel to the magnetic field lines at the assembly axis . • a conductor , • a magnetic component for bundling magnetic field lines generated by the electric current flowing in the conductor , and • a magnetic field sensor for determining the electric current flowing in the conductor based on a measured magnetic field, • the conductor includes in series a first conductor section , a connecting conductor section and a second conductor section , wherein the first conductor section and the second conductor section are extending along an assembly axis from a first axial end to a second axial end of a central sensor area and the connecting conductor section is connecting the first conductor section to the second conductor section , • the magnetic field sensor is arranged between the first conductor section and the second conductor section , and • the magnetic component is arranged in a ring shape, in particular closed ring shape, around the assembly axis and it is surrounding the magnetic field sensor , the first conductor section and the second conductor section ,
A control unit for use with a medical device having an expandable element , the control unit comprising: a fluid supply lumen connectable to the medical device ; a fluid exhaust lumen connectable to the medical device ; at least one sensor coupled to at least one of the fluid supply lumen and fluid exhaust lumen ; a first valve coupled to at least one of the fluid supply lumen or fluid exhaust lumen ; and a controller coupled to the sensor and the first valve, the controller programmed to: determine an amount of fluid delivered to the expandable element based on information from the at least one sensor ; determine an inflated dimension of the expandable element based on the determined amount of fluid; regulate fluid circulation to the expandable element to attain at least one of a target pressure, a target temperature, and a target flow rate based at least in part on the determined amount of fluid; and characterised in that the controller is programmed to monitor a heart rate and modify fluid delivery to the expandable element based at least in part on the heart rate. a fluid supply lumen connectable to the medical device ; a fluid exhaust lumen connectable to the medical device ; at least one sensor coupled to at least one of the fluid supply lumen and fluid exhaust lumen ; a first valve coupled to at least one of the fluid supply lumen or fluid exhaust lumen ; and a controller coupled to the sensor and the first valve, the controller programmed to: determine an amount of fluid delivered to the expandable element based on information from the at least one sensor ; determine an inflated dimension of the expandable element based on the determined amount of fluid; regulate fluid circulation to the expandable element to attain at least one of a target pressure, a target temperature, and a target flow rate based at least in part on the determined amount of fluid; and characterised in that the controller is programmed to determine an amount of fluid delivered to the expandable element based on information from the at least one sensor ; determine an inflated dimension of the expandable element based on the determined amount of fluid; regulate fluid circulation to the expandable element to attain at least one of a target pressure, a target temperature, and a target flow rate based at least in part on the determined amount of fluid; and characterised in that the controller is programmed to monitor a heart rate and modify fluid delivery to the expandable element based at least in part on the heart rate.
A method for wireless communication at a user equipment, UE, that is in a connected mode with a base station without an active data connection, the method comprising: transmitting, a first non-access stratum, NAS, message over a control plane to the base station; receiving , a second NAS message over the control plane that includes policy information associated with the UE, the second NAS message being responsive to the first NAS message; identifying the policy information based at least in part on the receiving the second NAS message; and updating policy information stored by the UE based at least in part on the received policy information. transmitting, a first non-access stratum, NAS, message over a control plane to the base station; receiving , a second NAS message over the control plane that includes policy information associated with the UE, the second NAS message being responsive to the first NAS message; identifying the policy information based at least in part on the receiving the second NAS message; and updating policy information stored by the UE based at least in part on the received policy information.
A redox flow battery provided with at least one battery module including a battery cell , an electrolyte tank , an electrolyte flow passage , and a fluid controller through which the electrolyte flows between the electrolyte tank and the battery cell in the electrolyte flow passage , wherein the fluid controller is configured to control the flow of the electrolyte through the electrolyte flow passage by transferring a pressure applied from an outside of the battery module to the electrolyte flow passage , the battery module circulating electrolyte for respective battery modules or for a predetermined number of battery modules independently to charge or discharge the battery, wherein the fluid controller includes: at least one check valve provided inside the electrolyte flow passage and allowing the electrolyte to flow in one direction; a fluid transfer line coupled to and communicating with the electrolyte flow passage at a location neighboring the check valve such that the pressure applied from the outside of the battery module is directly transferred to the electrolyte flowing through the at least one check valve at the location; and a pressure generator coupled to the fluid transfer line and arranged to repeatedly apply lower and increase pressure. at least one check valve provided inside the electrolyte flow passage and allowing the electrolyte to flow in one direction; a fluid transfer line coupled to and communicating with the electrolyte flow passage at a location neighboring the check valve such that the pressure applied from the outside of the battery module is directly transferred to the electrolyte flowing through the at least one check valve at the location; and a pressure generator coupled to the fluid transfer line and arranged to repeatedly apply lower and increase pressure.
A shaped abrasive particle comprising a body having a first major surface, a second major surface, and a side surface joined to the first major surface and the second major surface, and wherein the body comprises a first exterior corner, a second exterior corner, and a third exterior corner, wherein the side surface comprises a discrete side surface portion between the first exterior corner and the second exterior corner, and wherein at least one of the first exterior corner, the second exterior corner, and the third exterior corner comprises a discrete stepped depression.
An external device for temporarily treating the heart rate, comprising means for stimulating the heart rate, a circuit connected to the stimulation means to actuate them, and a system for supplying the circuit, comprising: a main battery (B) connectable to the circuit to supply it; a photovoltaic panel (F) connectable to the main battery to supply the main battery during the operation of the device itself; an auxiliary battery (B') connectable to the circuit to supply it and to the photovoltaic panel (F) to be supplied by the photovoltaic panel; and a control unit (C); wherein the control unit is configured to ensure the circuit is supplied alternately by the main battery or by the auxiliary battery, on the basis of the charge level of each of the batteries. a main battery (B) connectable to the circuit to supply it; a photovoltaic panel (F) connectable to the main battery to supply the main battery during the operation of the device itself; an auxiliary battery (B') connectable to the circuit to supply it and to the photovoltaic panel (F) to be supplied by the photovoltaic panel; and a control unit (C); wherein the control unit is configured to ensure the circuit is supplied alternately by the main battery or by the auxiliary battery, on the basis of the charge level of each of the batteries.
A concrete container for a food liquid, particularly for making and aging wine and spirits, said container comprising a container body which exhibits symmetry of revolution, said body comprising an interior wall delimiting the storage volume of said container and an external peripheral wall, characterized in that - said body comprises a first body part and a second body part , which parts are superposed and assembled to close said body, - each body part comprises an assembly surface for assembly with the other body part , said assembly surfaces being placed facing one another, said assembly surfaces comprising at least: - first assembly surfaces placed on the side of said interior wall, said first surfaces exhibiting profiles that mate with one another to ensure continuous contact between said first surfaces, and - said first assembly surfaces being extended in the direction toward the outside of said container by second assembly surfaces configured to define between them an interior space that may or may not open onto said external peripheral wall. - said body comprises a first body part and a second body part , which parts are superposed and assembled to close said body, - each body part comprises an assembly surface for assembly with the other body part , said assembly surfaces being placed facing one another, said assembly surfaces comprising at least: - first assembly surfaces placed on the side of said interior wall, said first surfaces exhibiting profiles that mate with one another to ensure continuous contact between said first surfaces, and - said first assembly surfaces being extended in the direction toward the outside of said container by second assembly surfaces configured to define between them an interior space that may or may not open onto said external peripheral wall.