mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: two or more battery units , wherein each battery unit comprises a battery core comprising two end portions opposed in a length direction (X) thereof, and the two or more battery units are arranged side by side in a thickness direction (Y) of the battery core , in two adjacent battery units , a first gap is formed between two battery cores that are close to each other, and the first gap extends from one of the two end portions (31a along the length direction (X), and in a direction from the two end portions to a center of the battery core , a dimension of the first gap gradually decreases along the thickness direction (Y); and a cushion pad , wherein the cushion pad is provided between the two adjacent battery units , and the cushion pad is disposed in the first gap and is in contact with the end portion(s) of the battery core , wherein the first gap penetrates through in the length direction (X), the cushion pad comprises a first cushion portion and a second cushion portion ; and in the length direction (X), the first cushion portion is arranged at one of the two end portions of the battery core , and the second cushion portion is arranged at the other of the two end portions ; in the length direction (X), a ratio of a dimension of the first cushion portion to a dimension of the battery core is 0.06 to 0.15, and/or a ratio of a dimension of the second cushion portion to the dimension of the battery core is 0.06 to 0.15; or in a width direction (Z) of the battery core , the cushion pad has same dimension as the battery core . two or more battery units , wherein each battery unit comprises a battery core comprising two end portions opposed in a length direction (X) thereof, and the two or more battery units are arranged side by side in a thickness direction (Y) of the battery core , in two adjacent battery units , a first gap is formed between two battery cores that are close to each other, and the first gap extends from one of the two end portions (31a along the length direction (X), and in a direction from the two end portions to a center of the battery core , a dimension of the first gap gradually decreases along the thickness direction (Y); and a cushion pad , wherein the cushion pad is provided between the two adjacent battery units , and the cushion pad is disposed in the first gap and is in contact with the end portion(s) of the battery core , wherein the first gap penetrates through in the length direction (X), the cushion pad comprises a first cushion portion and a second cushion portion ; and in the length direction (X), the first cushion portion is arranged at one of the two end portions of the battery core , and the second cushion portion is arranged at the other of the two end portions ; in the length direction (X), a ratio of a dimension of the first cushion portion to a dimension of the battery core is 0.06 to 0.15, and/or a ratio of a dimension of the second cushion portion to the dimension of the battery core is 0.06 to 0.15; or in a width direction (Z) of the battery core , the cushion pad has same dimension as the battery core .
A method for determining the position of a rotor in an electronically commuted motor, comprising the steps of a. Bringing the rotor of a new or successful maintained motor to a speed using a constant motor voltage for obtaining a precise concentricity; b. Measuring deviations of actually measured positions from an ideal straight line using three Hall-sensors for obtaining sinus signals; c. Calculating the rotation angle by using a Clarke transformation for converting the three sinus signals, which are constantly checked for their minimums and maximums, from the Hall-sensors into a rotation angle; d. Identifying and correcting phase errors; e. Determining and correcting cyclic errors. a. Bringing the rotor of a new or successful maintained motor to a speed using a constant motor voltage for obtaining a precise concentricity; b. Measuring deviations of actually measured positions from an ideal straight line using three Hall-sensors for obtaining sinus signals; c. Calculating the rotation angle by using a Clarke transformation for converting the three sinus signals, which are constantly checked for their minimums and maximums, from the Hall-sensors into a rotation angle; d. Identifying and correcting phase errors; e. Determining and correcting cyclic errors.
A rubber composition comprising: a copolymer of a conjugated diene compound and a non-conjugated olefin; a conjugated diene-based polymer; and carbon black, wherein the cis-1,4 bond content of a unit derived from the conjugated diene compound in the copolymer is more than 92 %, wherein the carbon black has a nitrogen adsorption specific area (N 2 SA) of more than 50 m 2 /g, and wherein a mass ratio of the copolymer of a conjugated diene compound and a non-conjugated olefin to the conjugated diene-based polymer is 10/90 to 90/10. a copolymer of a conjugated diene compound and a non-conjugated olefin; a conjugated diene-based polymer; and carbon black, wherein the cis-1,4 bond content of a unit derived from the conjugated diene compound in the copolymer is more than 92 %, wherein the carbon black has a nitrogen adsorption specific area (N 2 SA) of more than 50 m 2 /g, and wherein a mass ratio of the copolymer of a conjugated diene compound and a non-conjugated olefin to the conjugated diene-based polymer is 10/90 to 90/10.
Timepiece escapement comprising at least one escapement mobile , a bistable elastic member , a winding lever arranged to be driven by the at least one escapement mobile in order to wind the bistable elastic member during winding phases, and a detent lever arranged to be driven by a detent of the bistable elastic member after each winding phase in order to communicate an impulse to a regulator, the at least one escapement mobile being locked after each winding phase, then unlocked, characterised in that the detent lever is arranged to cooperate directly with the at least one escapement mobile to lock the at least one escapement mobile .
A system for determining soil clod size distribution as an agricultural implement is being towed across a field by a work vehicle , the system comprising a vision-based sensor provided in operative association with one of the work vehicle or the agricultural implement such that the vision-based sensor is configured to capture vision data associated with a portion of the field present within a field of view of the vision-based sensor , the system further comprising a controller communicatively coupled to the vision-based sensor , the controller including a processor and associated memory , the memory storing instructions that, when implemented by the processor , configure the controller to receive, from the vision-based sensor , the vision data associated with the portion of the field present within the field of view of the vision-based sensor , the system characterized by : the memory further storing instructions that, when implemented by the processor , configure the controller to analyze the received vision data using a spectral analysis technique to determine a size distribution of soil clods present within the field of view of the vision-based sensor .
Endoscopic surgery system formed by staples having a central zone and two limbs and by an endoscopic staple applicator comprising a feeder for transversely arranged staples, the applicator comprising a rigid hollow tubular sleeve and a rigid rod sliding longitudinally inside this sleeve which has a guide channel with a complementary cross-section, - said staples having, in front view and before stapling, a general semi-annular or "horseshoe" shape, and being formed by two arcuate limbs connected by a connecting portion and extending in a transverse plane perpendicular to the longitudinal axis of the sleeve , symmetrically with respect to a median plane passing through the middle of said connecting portion , each of the arcuate limbs having a hook-shaped pointed end extending forward from the transverse plane containing the corresponding limb , and a hook projecting forward from said transverse plane and positioned closer to said pointed end respectively than said connecting portion , said hooks having a gripping surface substantially parallel to said transverse plane, - said rod having a means for retaining a staple to be applied which is arranged in a plane transverse to said retaining means , in order to ensure the deformation thereof by bending relative to the median plane of symmetry of said staple. - said staples having, in front view and before stapling, a general semi-annular or "horseshoe" shape, and being formed by two arcuate limbs connected by a connecting portion and extending in a transverse plane perpendicular to the longitudinal axis of the sleeve , symmetrically with respect to a median plane passing through the middle of said connecting portion , each of the arcuate limbs having a hook-shaped pointed end extending forward from the transverse plane containing the corresponding limb , and a hook projecting forward from said transverse plane and positioned closer to said pointed end respectively than said connecting portion , said hooks having a gripping surface substantially parallel to said transverse plane, - said rod having a means for retaining a staple to be applied which is arranged in a plane transverse to said retaining means , in order to ensure the deformation thereof by bending relative to the median plane of symmetry of said staple.
Composition comprising olive oil, trimethylglycine and xylitol for use in the prevention and/or treatment of Oncologic Treatment Induced Orogastrointestinal Mucositis.
A method for providing data representing body parts of a person , the method at least comprising the steps of: Providing a head mounted display unit , wherein the head mounted display unit is arranged at the head of said person , wherein the head mounted display unit has a defined screen section which is arranged in front of at least one eye of said person , wherein visual information is outputtable in the defined screen section for displaying the visual information to the at least one eye of said person , providing a camera means for capturing visual information in front of said person , wherein said camera means is part of the head mounted display unit or attached thereto, providing a mirror for mirroring said person while wearing the head mounted display unit , the mirror being external to the head mounted display capturing with the camera means visual information mirrored by the mirror , processing the visual information mirrored by the mirror by means of a processing unit, outputting said processed visual information, in particular to said person , characterized in that an adjustment screen is enabled as video-see-through feature, wherein the mirror is at least partially displayed in the adjustment screen, wherein an evaluation of the captured visual information takes place, wherein the distance between the camera means and the mirror is determined, wherein a signal is outputted in case the distance between the camera means and mirror is below a minimal threshold or above a maximum threshold and wherein the adjustment screen and the outputted signal allow an easy setup of the optimal distance between the camera means and the mirror . wherein the head mounted display unit has a defined screen section which is arranged in front of at least one eye of said person , wherein visual information is outputtable in the defined screen section for displaying the visual information to the at least one eye of said person , providing a camera means for capturing visual information in front of said person , wherein said camera means is part of the head mounted display unit or attached thereto, providing a mirror for mirroring said person while wearing the head mounted display unit , the mirror being external to the head mounted display capturing with the camera means visual information mirrored by the mirror , processing the visual information mirrored by the mirror by means of a processing unit, outputting said processed visual information, in particular to said person , characterized in that an adjustment screen is enabled as video-see-through feature, wherein the mirror is at least partially displayed in the adjustment screen, wherein an evaluation of the captured visual information takes place, wherein the distance between the camera means and the mirror is determined, wherein a signal is outputted in case the distance between the camera means and mirror is below a minimal threshold or above a maximum threshold and wherein the adjustment screen and the outputted signal allow an easy setup of the optimal distance between the camera means and the mirror .
A heat exchanger comprising: a core unit including a plurality of core plates that are stacked on one another; and a bottom plate that mounts thereon the core unit , the bottom plate including one or a plurality of plate members ; wherein the core unit includes a first passage (L2) that extends in the stacking direction of the core unit to guide a fluid to one end of the stacking direction of the core unit while being communicated with fluid passages defined between the core plates and a second passage (L3) that is isolated from the fluid passages defined between the core plates and extends in the stacking direction of the core unit to guide the fluid to the other end of the stacking direction; characterized in that the second passage (L3) is fluidly connected through an auxiliary passage to an auxiliary oil flow opening and with the first passage (L2) in the fluid flow direction; the core unit has at a lower surface thereof both an end of the first passage (L2) and an end of the second passage (L3); the bottom plate has a fluid port that serves as an outlet/inlet opening connected to the end of the second passage (L3); and the bottom plate has the auxiliary passage that connects the end of the first passage (L2) to the fluid port . a core unit including a plurality of core plates that are stacked on one another; and a bottom plate that mounts thereon the core unit , the bottom plate including one or a plurality of plate members ; wherein the core unit includes a first passage (L2) that extends in the stacking direction of the core unit to guide a fluid to one end of the stacking direction of the core unit while being communicated with fluid passages defined between the core plates and a second passage (L3) that is isolated from the fluid passages defined between the core plates and extends in the stacking direction of the core unit to guide the fluid to the other end of the stacking direction; characterized in that the second passage (L3) is fluidly connected through an auxiliary passage to an auxiliary oil flow opening and with the first passage (L2) in the fluid flow direction; the core unit has at a lower surface thereof both an end of the first passage (L2) and an end of the second passage (L3); the bottom plate has a fluid port that serves as an outlet/inlet opening connected to the end of the second passage (L3); and the bottom plate has the auxiliary passage that connects the end of the first passage (L2) to the fluid port .
Method for determining surface properties of a workpiece having a workpiece surface which has been processed by a defined processing tool, wherein the workpiece surface has a plurality of individual processing tracks resulting from the processing tool, comprising the steps of - capturing a first 3D data set of a defined surface section of the workpiece surface, - obtaining a model track representing a theoretical processing track of the processing tool, - first fitting of the model track into the first 3D data set, such that the model track is approximated to first 3D data from the first 3D data set, wherein the first 3D data represent a first individual processing track from the plurality of individual processing tracks, - further fitting of the model track into the first 3D data set, such that the model track is approximated to further 3D data from the first 3D data set, wherein the further 3D data represent a further individual processing track from the plurality of individual processing tracks, - determining at least one characteristic variable representing a ratio between the first 3D data and the further 3D data. - capturing a first 3D data set of a defined surface section of the workpiece surface, - obtaining a model track representing a theoretical processing track of the processing tool, - first fitting of the model track into the first 3D data set, such that the model track is approximated to first 3D data from the first 3D data set, wherein the first 3D data represent a first individual processing track from the plurality of individual processing tracks, - further fitting of the model track into the first 3D data set, such that the model track is approximated to further 3D data from the first 3D data set, wherein the further 3D data represent a further individual processing track from the plurality of individual processing tracks, - determining at least one characteristic variable representing a ratio between the first 3D data and the further 3D data.
A touch panel, comprising: a touch sensor , comprising: a touch surface ; a dielectric core layer ; at least a first piezoelectric layer and a second piezoelectric layer , the dielectric core layer disposed between the first and second piezoelectric layers, each piezoelectric layer comprising a poled piezoelectric polymer; at least a first set of individually addressable electrodes disposed over the first piezoelectric layer; and at least one second electrode disposed over the second piezoelectric layer; and circuitry coupled to the first set of electrodes and the second electrode, the circuitry configured to detect a change in an electrical signal of at least one electrode of the first set of electrodes referenced to the second electrode in response to a touch applied to the touch surface. a touch sensor , comprising: a touch surface ; a dielectric core layer ; at least a first piezoelectric layer and a second piezoelectric layer , the dielectric core layer disposed between the first and second piezoelectric layers, each piezoelectric layer comprising a poled piezoelectric polymer; at least a first set of individually addressable electrodes disposed over the first piezoelectric layer; and at least one second electrode disposed over the second piezoelectric layer; and a touch surface ; a dielectric core layer ; at least a first piezoelectric layer and a second piezoelectric layer , the dielectric core layer disposed between the first and second piezoelectric layers, each piezoelectric layer comprising a poled piezoelectric polymer; at least a first set of individually addressable electrodes disposed over the first piezoelectric layer; and at least one second electrode disposed over the second piezoelectric layer; and circuitry coupled to the first set of electrodes and the second electrode, the circuitry configured to detect a change in an electrical signal of at least one electrode of the first set of electrodes referenced to the second electrode in response to a touch applied to the touch surface.
A charging system for electrically charging a motor vehicle, in particular a passenger car , wherein the charging system comprises a robot comprising a control means (1.1), a force detection means and a plug (4.1) which is attached to the robot and which is set up to establish a releasable plug-in connection with a mating plug (4.2) of the motor vehicle for charging an electric power storage unit of the motor vehicle, wherein the control means is set up to communicate with the force detection means and to connect the plug guided by the robot to the mating plug on the basis of a force determined by the force detection means, characterised in that the force which has been determined is a force acting on the plug, and in that the force detection means is set up to determine a force also when the plug-in connection is being released.
Dosing device having a controller and having a pump for feeding at least one medium along a feeding line from at least one inlet to at least one outlet with the assistance of the pump , which can respond to the controller , wherein the pump is provided with a vacancy sensor downstream by which a vacancy in the feeding line can be detected, wherein the vacancy sensor is connected to the controller , and is designed to relay a vacancy signal to the controller when it detects a vacancy, characterised in that the controller is designed, during a calibration process after receiving a vacancy signal, to determine information about the feeding power of the pump i) from a measurement of a duration between the beginning and end of a feeding of a deposit volume, or ii) from the measurement of a number of the rotations of a rotor of a peristaltic pump, or iii) from the measurement of a different parameter of the feeding of the deposit volume, wherein the measurement ends in each case when the vacancy sensor generates a vacancy signal. i) from a measurement of a duration between the beginning and end of a feeding of a deposit volume, or ii) from the measurement of a number of the rotations of a rotor of a peristaltic pump, or iii) from the measurement of a different parameter of the feeding of the deposit volume,