mhurhangee/patent-ind-claim-en huggingface dataset:
A battery cover comprising: a main body to be assembled to a battery ; an opening/closing part provided on the main body via a hinge , the opening/closing part being openable and closable; a flexible rib provided on the opening/closing part to be deflectable, the flexible rib having a locking projection ; an abutting rib provided on the main body , the abutting rib having a locking recess to be engaged with the locking projection in a state where the opening/closing part is opened with respect to the main body ; a contact portion that abuts on the locking projection and deflects the flexible rib at a time when the opening/closing part is opened with respect to the main body , the contact portion being provided on the abutting rib ; and a flat portion that abuts on the locking projection first at the time when the opening/closing part is opened with respect to the main body , and extends in a direction orthogonal to a direction of force input at a time of abutting on the locking projection , the flat portion being provided on the contact portion . a main body to be assembled to a battery ; an opening/closing part provided on the main body via a hinge , the opening/closing part being openable and closable; a flexible rib provided on the opening/closing part to be deflectable, the flexible rib having a locking projection ; an abutting rib provided on the main body , the abutting rib having a locking recess to be engaged with the locking projection in a state where the opening/closing part is opened with respect to the main body ; a contact portion that abuts on the locking projection and deflects the flexible rib at a time when the opening/closing part is opened with respect to the main body , the contact portion being provided on the abutting rib ; and a flat portion that abuts on the locking projection first at the time when the opening/closing part is opened with respect to the main body , and extends in a direction orthogonal to a direction of force input at a time of abutting on the locking projection , the flat portion being provided on the contact portion .
A control circuit connected to a control device configured to control a motor connected to a rotation shaft that is convertible into a turning angle of a turning wheel , the motor being configured to generate an assisting force for assisting a driver's steering operation on a steering mechanism that turns the turning wheel , the control circuit comprising: a main circuit configured to calculate a rotation number (C) indicating a rotational state of the rotation shaft based on a detection signal from a rotation angle sensor configured to detect a rotation angle of the motor as a relative angle; and a detection result communication unit configured to detect whether or not there is an abnormality in the main circuit and output a detection result to the control device; the control circuit being characterized by comprising a pseudo abnormality generating unit (150; 180) configured to set the detection result to be abnormal based on a pseudo abnormal signal (Sp) from the control device, wherein in a case where the pseudo abnormality generating unit accepts the pseudo abnormal signal from the control device, the pseudo abnormality generating unit sets the detection result output from the detection result communication unit to be abnormal and outputs the detection result to the control device. the control circuit comprising: a main circuit configured to calculate a rotation number (C) indicating a rotational state of the rotation shaft based on a detection signal from a rotation angle sensor configured to detect a rotation angle of the motor as a relative angle; and a detection result communication unit configured to detect whether or not there is an abnormality in the main circuit and output a detection result to the control device; a main circuit configured to calculate a rotation number (C) indicating a rotational state of the rotation shaft based on a detection signal from a rotation angle sensor configured to detect a rotation angle of the motor as a relative angle; and a detection result communication unit configured to detect whether or not there is an abnormality in the main circuit and output a detection result to the control device; the control circuit being characterized by comprising a pseudo abnormality generating unit (150; 180) configured to set the detection result to be abnormal based on a pseudo abnormal signal (Sp) from the control device, wherein in a case where the pseudo abnormality generating unit accepts the pseudo abnormal signal from the control device, the pseudo abnormality generating unit sets the detection result output from the detection result communication unit to be abnormal and outputs the detection result to the control device. a pseudo abnormality generating unit (150; 180) configured to set the detection result to be abnormal based on a pseudo abnormal signal (Sp) from the control device, wherein in a case where the pseudo abnormality generating unit accepts the pseudo abnormal signal from the control device, the pseudo abnormality generating unit sets the detection result output from the detection result communication unit to be abnormal and outputs the detection result to the control device.
Apparatus for connecting a power cable to an electronic unit of a power tool , having at least one clamping means for clamping a connecting line of the power cable and a contacting means for establishing an electrical contact between the connecting line clamped by means of the clamping means and the electronic unit , characterized in that the clamping means and the contacting means are arranged on a connecting element extending through an opening in a housing element , which spatially separates the clamping means from the electronic unit , the opening being sealed by means of a sealing means resting against the connecting element .
A steering gear for a surgical instrument which is arranged at the proximal end of a shaft , which defines a longitudinal axis (B) and has a bending mechanism at the distal end , wherein the steering gear has two motorised drives and is designed to spatially align a swash plate via the adjustment angles of the two drives, which swash plate is designed to control the distal bending mechanism of the surgical instrument , wherein the first drive has a first drive shaft driven by a first motor and the second drive has a second drive shaft driven by a second motor , characterised in that the first drive shaft is operatively connected to a first traction pulley of a first drive wheel via a first traction means which is arranged between the first traction pulley and a first spindle which is seated on the first drive shaft , which defines a first drive axis (C), and the second drive shaft is operatively connected to a second traction pulley of a second drive wheel via a second traction means , which is arranged between the second traction pulley and a second spindle , which is seated on the second drive shaft , which defines a second drive axis (C'), wherein the first and second drive wheels are designed as double wheels and each have the corresponding traction pulley and a bevel gear rim present on the respective rear side, and wherein the swash plate is arranged between the two drive wheels , which have a common axis of rotation (A), and the bevel gear rims are arranged facing each other on the axis of rotation (A). wherein the steering gear has two motorised drives and is designed to spatially align a swash plate via the adjustment angles of the two drives, which swash plate is designed to control the distal bending mechanism of the surgical instrument , wherein the first drive has a first drive shaft driven by a first motor and the second drive has a second drive shaft driven by a second motor , characterised in that the first drive shaft is operatively connected to a first traction pulley of a first drive wheel via a first traction means which is arranged between the first traction pulley and a first spindle which is seated on the first drive shaft , which defines a first drive axis (C), and the second drive shaft is operatively connected to a second traction pulley of a second drive wheel via a second traction means , which is arranged between the second traction pulley and a second spindle , which is seated on the second drive shaft , which defines a second drive axis (C'), wherein the first and second drive wheels are designed as double wheels and each have the corresponding traction pulley and a bevel gear rim present on the respective rear side, and wherein the swash plate is arranged between the two drive wheels , which have a common axis of rotation (A), and the bevel gear rims are arranged facing each other on the axis of rotation (A).
Separator for arrangement in a battery, comprising a main element , where the main element has an anode side for contacting the anode of a battery and a cathode side for contacting the cathode of a battery, characterized in that the anode side has a different material consistency than the cathode side , where the anode side consists of a first material or a first material mixture and the cathode side consists of a second material or a second material mixture, where the first material or the first material mixture and the second material or the second material mixture comprise fillers, where at least part of the fillers on the anode side contains Al 2 O 3 and at least part of the fillers on the cathode side contains polyvinylidene fluoride, characterized in that the main element consists of a nonwoven.
Cosmetic cleansing preparations comprising surfactants, water-soluble constituents in dissolved and crystalline form, wherein the crystalline form is distributed homogeneously and stably in the preparation, wherein the water-soluble constituents are carbohydrates, wherein the carbohydrates are present at a content of 40 to 90% by weight, preferably 50 to 80% by weight, especially preferably 60 to 75% by weight, based on the total weight of the preparation, wherein the carbohydrates are disaccharides, especially sucrose, wherein a polymeric structurant is present selected from the group of copolymers of vinylpyrrolidone and acrylic acid and wherein the preparations have a dynamic viscosity < 80 000 mPa·s, measured with the Rheomat R123, measuring bob 2 at 25°C.
An injection molding machine comprising: a guided member ; a guide member configured to guide the guided member and including at least one of guide insertion portions ; a sensor configured to detect a load acting on the guide member 343, 135); a determination unit configured to determine whether or not the load detected by the sensor exceeds a preset threshold; and an output unit configured to output the load detected by the sensor , wherein the guided member is one of a movable plate and a crosshead , and the guide insertion portions support at least one of the crosshead and the movable plate , and include a through hole into which a guide bar is inserted. a guided member ; a guide member configured to guide the guided member and including at least one of guide insertion portions ; a sensor configured to detect a load acting on the guide member 343, 135); a determination unit configured to determine whether or not the load detected by the sensor exceeds a preset threshold; and an output unit configured to output the load detected by the sensor , wherein the guided member is one of a movable plate and a crosshead , and the guide insertion portions support at least one of the crosshead and the movable plate , and include a through hole into which a guide bar is inserted.
A damper seal for a vane assembly of a gas turbine engine , comprising: a friction damper portion having a surface extending in an axial direction and structured to contact, when in use, a plurality of segments of said vane assembly to provide friction damping of said plurality of segments ; and an air seal portion , extending in an axial direction from the friction damper portion and compressible in the axial direction to seal, when in use, against a gas turbine engine component that is spaced apart from said segments in an axial direction , wherein said air seal portion is integral with said friction damper portion . a friction damper portion having a surface extending in an axial direction and structured to contact, when in use, a plurality of segments of said vane assembly to provide friction damping of said plurality of segments ; and an air seal portion , extending in an axial direction from the friction damper portion and compressible in the axial direction to seal, when in use, against a gas turbine engine component that is spaced apart from said segments in an axial direction , wherein said air seal portion is integral with said friction damper portion .
A touch screen unlocking method, comprising: displaying a screen unlocking interface on a touch screen, wherein the screen unlocking interface comprises a password unlocking area and a shortcut unlocking area; receiving a touch unlocking pattern input by a user through the screen unlocking interface, wherein the touch unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern are successive and uninterrupted; determining whether the password unlocking pattern input by the user is consistent with a preset password unlocking pattern; and unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern if the password unlocking pattern input by the user is consistent with the preset password unlocking pattern; wherein the shortcut unlocking area comprises at least two shortcut function buttons, when sliding over a shortcut function button of the at least two shortcut function buttons by the user, performing the shortcut unlocking to enter the function interface corresponding to the shortcut function button. displaying a screen unlocking interface on a touch screen, wherein the screen unlocking interface comprises a password unlocking area and a shortcut unlocking area; receiving a touch unlocking pattern input by a user through the screen unlocking interface, wherein the touch unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern are successive and uninterrupted; determining whether the password unlocking pattern input by the user is consistent with a preset password unlocking pattern; and unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern if the password unlocking pattern input by the user is consistent with the preset password unlocking pattern; wherein the shortcut unlocking area comprises at least two shortcut function buttons, when sliding over a shortcut function button of the at least two shortcut function buttons by the user, performing the shortcut unlocking to enter the function interface corresponding to the shortcut function button.
A method for manufacturing a radome , the method comprising: using an in-mold labeling process to manufacture a radome body with an aperture therein and a film covering the aperture , wherein the film is integrally molded to the radome body ; and characterized in that the method further comprises providing a support in the aperture . using an in-mold labeling process to manufacture a radome body with an aperture therein and a film covering the aperture , wherein the film is integrally molded to the radome body ; and characterized in that the method further comprises providing a support in the aperture .
A mobile terminal comprising: a display panel ; a frame having a first side facing the display panel and a second side facing a printed circuit board and a battery ; a back cover coupled to the frame and covering the battery ; and a short range antenna disposed between the frame and the display panel and disposed to face the display panel , wherein the frame has a first depressed portion recessed from a portion of the first side of the frame and a second depressed portion within the first depressed portion and being recessed from the first depressed portion, wherein the short range antenna is disposed at the first side of the frame , the battery is disposed at the second side of the frame , and a location of the short range antenna is different from a mounting location of the battery in the frame , wherein the display panel is disposed at the first depressed portion and the short range antenna is disposed within the second depressed portion , and wherein at least part of the display , the short range antenna , the frame , the printed circuit board and back cover are stacked sequentially in a region where the second depressed portion of the frame is formed, and the short range antenna radiates a short-range communication signal toward the display panel . a display panel ; a frame having a first side facing the display panel and a second side facing a printed circuit board and a battery ; a back cover coupled to the frame and covering the battery ; and a short range antenna disposed between the frame and the display panel and disposed to face the display panel , wherein the frame has a first depressed portion recessed from a portion of the first side of the frame and a second depressed portion within the first depressed portion and being recessed from the first depressed portion, wherein the short range antenna is disposed at the first side of the frame , the battery is disposed at the second side of the frame , and a location of the short range antenna is different from a mounting location of the battery in the frame , wherein the display panel is disposed at the first depressed portion and the short range antenna is disposed within the second depressed portion , and wherein at least part of the display , the short range antenna , the frame , the printed circuit board and back cover are stacked sequentially in a region where the second depressed portion of the frame is formed, and the short range antenna radiates a short-range communication signal toward the display panel .
A method for producing food packages (P), in which the food is filled into containers and the containers are sealed with a foil which consists of biodegradable material, and, during sealing, an adhesive made from a vegetable raw material is used for adhering the foil to the container, characterized in that the containers are made of stainless steel sheet metal, wherein the adhesive has greater adhesion to the foil than to the stainless steel and is heated to not more than 100°C in the sealing. process.
A method for obtaining state information regarding a user equipment, UE, the method comprising: an access and mobility function, AMF (WW100), transmitting to a radio access node, RAN (WW300), a notification request identifying the UE, the request comprising an instruction for configuring the RAN (WW300) such that, in a case where the RAN (WW300), in response to the notification request, transmits to the AMF (WW100) a first notification indicating that the UE is in a radio resource control, RRC-, inactive state, the RAN (WW300): (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF (WW100) in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; the AMF (WW100) receiving the first notification from the RAN (WW300), the first notification comprising an indication regarding the RRC connection state of the UE. an access and mobility function, AMF (WW100), transmitting to a radio access node, RAN (WW300), a notification request identifying the UE, the request comprising an instruction for configuring the RAN (WW300) such that, in a case where the RAN (WW300), in response to the notification request, transmits to the AMF (WW100) a first notification indicating that the UE is in a radio resource control, RRC-, inactive state, the RAN (WW300): (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF (WW100) in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF (WW100) in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; the AMF (WW100) receiving the first notification from the RAN (WW300), the first notification comprising an indication regarding the RRC connection state of the UE.
A double-flexspline harmonic reducer, comprising a strong flexspline , a weak flexspline , a wave generator , and a deformation stopper of the strong flexspline ; the strong flexspline and the weak flexspline are coaxially fixed axially and radially, the strong flexspline and the weak flexspline are respectively provided with teeth that can engage with each other; the number of teeth of the strong flexspline and the weak flexspline are different; the wave generator is making the weak flexspline to undergo non-circular elastic deformation and partially engage with the strong flexspline ; a contact part of the strong flexspline and the weak flexspline is subjected to the radial pressure of the weak flexspline to generate a non-circular elastic deformation, a flexible tubular wall of the strong flexspline has a toothless surface, characterized in that , a limiting contact surface is processed on the toothless surface, and the deformation stopper of the strong flexspline is fixed with the strong flexspline ; the deformation stopper of the strong flexspline is processed with an annular limiting surface, and the limiting contact surface, located at a non-circular elastic deformation region where the strong flexspline is subjected to the radial pressure of the weak flexspline , is contacted with the annular limiting surface, and the deformation of the strong flexspline is limited due to a contact between the strong flexspline after deformation the deformation stopper . the strong flexspline and the weak flexspline are coaxially fixed axially and radially, the strong flexspline and the weak flexspline are respectively provided with teeth that can engage with each other; the number of teeth of the strong flexspline and the weak flexspline are different; the wave generator is making the weak flexspline to undergo non-circular elastic deformation and partially engage with the strong flexspline ; a contact part of the strong flexspline and the weak flexspline is subjected to the radial pressure of the weak flexspline to generate a non-circular elastic deformation, a flexible tubular wall of the strong flexspline has a toothless surface, characterized in that , a limiting contact surface is processed on the toothless surface, and the deformation stopper of the strong flexspline is fixed with the strong flexspline ; the deformation stopper of the strong flexspline is processed with an annular limiting surface, and the limiting contact surface, located at a non-circular elastic deformation region where the strong flexspline is subjected to the radial pressure of the weak flexspline , is contacted with the annular limiting surface, and the deformation of the strong flexspline is limited due to a contact between the strong flexspline after deformation the deformation stopper .