mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack, comprising: battery modules , wherein two or more of the battery modules are arranged side by side in a first direction (Y); and connecting assemblies , wherein each connecting assembly is connected between adjacent two battery modules , and the connecting assembly comprises an elastic connecting member being able to elastically deform in the first direction (Y) such that the adjacent two battery modules are elastically connected by the connecting assembly , two end plates of the adjacent two battery modules are opposed to each other with their surfaces of largest area, and each connecting assembly is located between and connected to the surfaces of largest area of the two end plates , the connecting assembly further comprises a rigid connecting member for matching with the elastic connecting member , wherein the elastic connecting member is connected between the rigid connecting member and the end plate of at least one battery module of the adjacent two battery modules , the elastic connecting member is made of rubber or foaming material, and the rigid connecting member is made of metal or alloy, characterized in that , the battery pack further comprises a base plate for supporting the battery modules , and the connecting assembly is spaced apart from the base plate. battery modules , wherein two or more of the battery modules are arranged side by side in a first direction (Y); and connecting assemblies , wherein each connecting assembly is connected between adjacent two battery modules , and the connecting assembly comprises an elastic connecting member being able to elastically deform in the first direction (Y) such that the adjacent two battery modules are elastically connected by the connecting assembly , two end plates of the adjacent two battery modules are opposed to each other with their surfaces of largest area, and each connecting assembly is located between and connected to the surfaces of largest area of the two end plates , the connecting assembly further comprises a rigid connecting member for matching with the elastic connecting member , wherein the elastic connecting member is connected between the rigid connecting member and the end plate of at least one battery module of the adjacent two battery modules , the elastic connecting member is made of rubber or foaming material, and the rigid connecting member is made of metal or alloy, characterized in that , the battery pack further comprises a base plate for supporting the battery modules , and the connecting assembly is spaced apart from the base plate.
A pyranometer comprising a transparent dome , the transparent dome comprising a heating element arranged to directly contact the entire surface of the edge of the transparent dome so as to thermally contact at least a portion of the transparent dome and heat the transparent dome by contact, the pyranometer further comprising at least one annular-shaped thermal insulating element mounted on a support structure and arranged to contact at least a portion of the heating element so as to thermally insulate said at least one portion of the heating element , the thermal insulating element including an inner lateral groove substantially facing the inner closed space defined by the transparent dome, and the pyranometer further comprising an annular shaped mounting element , the mounting element including a protruding portion protruding from an outer lateral surface of the mounting element , the outer lateral surface substantially facing outwardly from the mounting element , and the mounting element having a substantially L-shaped cross-section, and wherein the protruding portion has a shape that is complementary to a shape of the inner lateral groove such that the mounting element is mounted on the thermal insulating element while clamping the heating element therebetween, the heating element being enclosed between the thermal insulating element , the mounting element , and the transparent dome such that heat transferred from the heating element to the transparent dome is not transferred to the support structure .
A computer-implemented method, comprising: retrieving patient specific image data; creating a 3D reconstruction of a vessel of interest from the patient specific image data, wherein the vessel of interest represents a subset of a coronary tree that includes a lesion; calculating at least one of pressure parameters or anatomical parameters based at least in part on a portion of the 3D reconstruction that includes the lesion; calculating a wall shear stress (WSS) descriptor, based on the 3D reconstruction, for a segment of a surface of the vessel that includes the lesion; wherein the WSS descriptor includes information regarding an amount of variation in contraction or expansion applied at surface elements within the segment during at least a portion of a cardiac cycle; and calculating a myocardial infarction (MI) index based on the WSS descriptor and the at least one of the pressure or anatomical parameters, the MI index representing a likelihood that the lesion will result in an MI. retrieving patient specific image data; creating a 3D reconstruction of a vessel of interest from the patient specific image data, wherein the vessel of interest represents a subset of a coronary tree that includes a lesion; calculating at least one of pressure parameters or anatomical parameters based at least in part on a portion of the 3D reconstruction that includes the lesion; calculating a wall shear stress (WSS) descriptor, based on the 3D reconstruction, for a segment of a surface of the vessel that includes the lesion; wherein the WSS descriptor includes information regarding an amount of variation in contraction or expansion applied at surface elements within the segment during at least a portion of a cardiac cycle; and calculating a myocardial infarction (MI) index based on the WSS descriptor and the at least one of the pressure or anatomical parameters, the MI index representing a likelihood that the lesion will result in an MI.
A piston ring package for a piston of an internal combustion engine comprising at least a first piston ring and a second piston ring , characterized in that the first piston ring is arranged such that it is gas tight towards a pressure from a first axial side of the piston ring package and the second piston ring is gastight towards a pressure from a second axial side opposite to the first axial side , characterised in that the first piston ring comprises a lock section with a male locking end and a female locking end , the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end , the recess being open towards the second axial side and wherein the second piston ring comprises a lock section with a male locking end and a female locking end , the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end , the recess being open towards the first axial side . the first piston ring is arranged such that it is gas tight towards a pressure from a first axial side of the piston ring package and the second piston ring is gastight towards a pressure from a second axial side opposite to the first axial side , characterised in that the first piston ring comprises a lock section with a male locking end and a female locking end , the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end , the recess being open towards the second axial side and wherein the second piston ring comprises a lock section with a male locking end and a female locking end , the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end , the recess being open towards the first axial side .
A display device having an active region and a non-active region , the display device comprising: a first substrate comprising a plurality of light-emitting units in the active region ; a second substrate comprising a plurality of light conversion units in the active region ; a sealing layer disposed between the first substrate and the second substrate , wherein the sealing layer comprises: a first portion disposed in the non-active region and a second portion disposed in the active region ; the display device is characterized in that the sealing layer comprises: a plurality of first supporting elements disposed in the first portion and a plurality of second supporting element disposed in the second portion , wherein a density of the plurality of first supporting elements in the first portion is greater than a density of the plurality of second supporting elements in the second portion ; a supporting force of the plurality of second supporting elements is greater than a supporting force of the plurality of first supporting elements ; wherein the first substrate further comprises a plurality of dams disposed in the non-active region , and the first portion of the sealing layer is disposed between the dams . a first substrate comprising a plurality of light-emitting units in the active region ; a second substrate comprising a plurality of light conversion units in the active region ; a sealing layer disposed between the first substrate and the second substrate , wherein the sealing layer comprises: a first portion disposed in the non-active region and a second portion disposed in the active region ; the display device is characterized in that the sealing layer comprises: a plurality of first supporting elements disposed in the first portion and a plurality of second supporting element disposed in the second portion , wherein a density of the plurality of first supporting elements in the first portion is greater than a density of the plurality of second supporting elements in the second portion ; a supporting force of the plurality of second supporting elements is greater than a supporting force of the plurality of first supporting elements ; a plurality of first supporting elements disposed in the first portion and a plurality of second supporting element disposed in the second portion , wherein a density of the plurality of first supporting elements in the first portion is greater than a density of the plurality of second supporting elements in the second portion ; a supporting force of the plurality of second supporting elements is greater than a supporting force of the plurality of first supporting elements ; wherein the first substrate further comprises a plurality of dams disposed in the non-active region , and the first portion of the sealing layer is disposed between the dams .
A home appliance comprising: a main body with an opening ; an outer door pivotally arranged in the main body , the outer door comprising a first pusher ; an inner door pivotally arranged between the opening and the outer door , the inner door comprising a second pusher ; and a first damper comprising a first moving member configured to be pressed by one or both of the first pusher and the second pusher to move depending on the angles of pivoting of the outer door and the inner door to provide a damping force to the outer door and the inner door to slow down pivoting speeds of the outer door and the inner door , wherein in a closing operation in which the outer door and the inner door are initially open: when the inner door pivots to the closed position, the second pusher is arranged to push the first moving member a first distance and when the outer door pivots to the closed position, the first pusher is arranged to push the first moving member a second distance that is greater than the first distance. a main body with an opening ; an outer door pivotally arranged in the main body , the outer door comprising a first pusher ; an inner door pivotally arranged between the opening and the outer door , the inner door comprising a second pusher ; and a first damper comprising a first moving member configured to be pressed by one or both of the first pusher and the second pusher to move depending on the angles of pivoting of the outer door and the inner door to provide a damping force to the outer door and the inner door to slow down pivoting speeds of the outer door and the inner door , wherein in a closing operation in which the outer door and the inner door are initially open: when the inner door pivots to the closed position, the second pusher is arranged to push the first moving member a first distance and when the outer door pivots to the closed position, the first pusher is arranged to push the first moving member a second distance that is greater than the first distance.
A method for drilling a wellbore , comprising: generating a library 444 of defined patterns, each of the defined patterns corresponding to an operational behavior of drilling equipment used to drill the wellbore ; collecting, during operation of the drilling equipment, measurements from sensors coupled to the drilling equipment; characterized in that the method includes characterizing the measurements as correlating to one of the defined patterns ; detecting the one of the defined patterns in the measurements; extracting a feature from the measurements; determining a condition of the drilling equipment by comparing a value of the feature to a threshold derived from the one of the defined patterns; and activating an actuator coupled to the drilling equipment to adjust operation of the drilling equipment based on the condition. generating a library 444 of defined patterns, each of the defined patterns corresponding to an operational behavior of drilling equipment used to drill the wellbore ; collecting, during operation of the drilling equipment, measurements from sensors coupled to the drilling equipment; characterized in that the method includes characterizing the measurements as correlating to one of the defined patterns ; detecting the one of the defined patterns in the measurements; extracting a feature from the measurements; determining a condition of the drilling equipment by comparing a value of the feature to a threshold derived from the one of the defined patterns; and activating an actuator coupled to the drilling equipment to adjust operation of the drilling equipment based on the condition.
Motor vehicle crash box with a working direction in a vehicle's longitudinal axis, wherein the component is manufactured out of a tube that is made of an austenitic steel which has a homogeneous austenitic microstructure with a strain hardening effect even after forming which is expanded by a forming process into an expanded tube having at least two zones having different material strength and different geometry, characterized in that the center in longitudinal direction works as a mirror axis and the zones are formed in a way that starting from the outer sides to the center, the diameter (d 1 , d 2 , d 3 ) of the zone decreases towards the center.
A linear friction welding apparatus for welding a first member (B) and a second member (Di) together by friction welding by pressing the first member (B) and the second member (Di) against each other while causing a relative oscillation movement between the first member (B) and the second member (Di), the apparatus comprising: a pressure mechanism configured to press the first member (B) and the second member (Di) against each other; a first holding member configured to hold the first member (B); a second holding member configured to hold the second member (Di); an oscillation mechanism having an oscillation axis (Q) in a direction perpendicular to the pressure axis (P) of the pressure mechanism and configured to oscillate the first member (B) or the second member (Di) in the direction of the oscillation axis (Q) to cause the relative oscillation movement between the first member (B) and the second member (Di); a slider configured to hold the first holding member and movable in a vertical direction; and a bearing mechanism configured to receive a pressure force acting on the slider in the direction conforming to the pressure axis (P), characterized in that the apparatus comprises a drop prevention mechanism configured to prevent the slider from dropping down when the slider does not hold the first holding member , wherein the oscillation mechanism includes an oscillation cylinder in contact with a bottom of the first holding member , and is located below an intersection between the pressure axis (P) and the oscillation axis (Q). a pressure mechanism configured to press the first member (B) and the second member (Di) against each other; a first holding member configured to hold the first member (B); a second holding member configured to hold the second member (Di); an oscillation mechanism having an oscillation axis (Q) in a direction perpendicular to the pressure axis (P) of the pressure mechanism and configured to oscillate the first member (B) or the second member (Di) in the direction of the oscillation axis (Q) to cause the relative oscillation movement between the first member (B) and the second member (Di); a slider configured to hold the first holding member and movable in a vertical direction; and a bearing mechanism configured to receive a pressure force acting on the slider in the direction conforming to the pressure axis (P), characterized in that the apparatus comprises a drop prevention mechanism configured to prevent the slider from dropping down when the slider does not hold the first holding member , wherein the oscillation mechanism includes an oscillation cylinder in contact with a bottom of the first holding member , and is located below an intersection between the pressure axis (P) and the oscillation axis (Q).
Pole handle , in particular for walking sticks, trekking sticks, alpine ski poles, cross-country ski poles, Nordic walking sticks, with a handle body and with a hook-like device for fastening a hand holding device , in particular in the form of a hand loop or a glove, wherein in the region of the hook-like device , displaceable latching means are arranged in such a way that a loop-shaped, ring-like or eyelet-like device which is pushed onto the hook-like device substantially from above and is provided on the hand holding device , is fixed on the hook-like device in a self-latching manner, wherein the hook-like device on the stick handle is arranged on the hand side in the upper region , wherein the hook-like device comprises a holding mandrel or holding pin, which is set off from the handle body to the hand side , forming an upwardly open insertion slot , or is arranged as an incision in the handle body , and wherein the latching means are in the form of a retaining lug which, in the clamped position, defines a region for the loop, ring or eyelet shaped device which is restricted against a force, characterised in that an upper region of the holding mandrel or holding pin or the entire holding mandrel or holding pin, viewed in the walking direction , can be deflected laterally to both sides against a restoring force.
A ceramic foam filter, characterized in that the ceramic foam filter comprises the following materials provided in respective weight percentages: 20-50% of silicon carbide, 20-55% of zirconium oxide, and 10-36% of silicon oxide, preferably 25-45% of silicon carbide, 25-50% of zirconium oxide, and 14-30% of silicon oxide, more preferably 30-40% of silicon carbide, 30-45% of zirconium oxide, and 15-25% of silicon oxide, wherein all figures are based on the total weight of the ceramic foam filter.
A toy assembly , comprising: a housing ; an inner object inside the housing and is removable from the housing ; and a breakout mechanism that is associated with the housing and that is operable to break the housing to expose the inner object , wherein the breakout mechanism is powered by a breakout mechanism power source that is associated with the housing ; characterised in that the toy assembly further comprises a pushbutton on the inner object that is pressed by pressing a correct spot on the housing , wherein the pushbutton controls operation of an LED in the inner object , wherein the LED , when illuminated, is visible through the housing . a housing ; an inner object inside the housing and is removable from the housing ; and a breakout mechanism that is associated with the housing and that is operable to break the housing to expose the inner object , wherein the breakout mechanism is powered by a breakout mechanism power source that is associated with the housing ; characterised in that the toy assembly further comprises a pushbutton on the inner object that is pressed by pressing a correct spot on the housing , wherein the pushbutton controls operation of an LED in the inner object , wherein the LED , when illuminated, is visible through the housing .
A control device comprising: a position determination unit that is configured to: repeatedly acquire position related data related to a control object from a drive device, which is configured to move the control object, by using an encoder, acquire measurement data obtained at a calculation time by measuring a positional relationship between the control object and a target position by image processing from an image captured at an imaging time before the calculation time, at a time interval that is longer than an acquisition interval of the position-related data, and to determine an estimated position of the control object by using the position-related data and the measurement data; and a feedback control unit that is configured to control data for aligning the control object at the target position to the drive device by using the estimated position determined by the position determination unit , characterized in that , the position determination unit is configured to estimate the position-related data at the imaging time of the image used in the image processing, and to determine the estimated position at the calculation time by adding a difference between the position-related data at the calculation time and the position-related data at the imaging time to the measurement data. repeatedly acquire position related data related to a control object from a drive device, which is configured to move the control object, by using an encoder, acquire measurement data obtained at a calculation time by measuring a positional relationship between the control object and a target position by image processing from an image captured at an imaging time before the calculation time, at a time interval that is longer than an acquisition interval of the position-related data, and to determine an estimated position of the control object by using the position-related data and the measurement data; and a feedback control unit that is configured to control data for aligning the control object at the target position to the drive device by using the estimated position determined by the position determination unit , characterized in that , the position determination unit is configured to estimate the position-related data at the imaging time of the image used in the image processing, and to determine the estimated position at the calculation time by adding a difference between the position-related data at the calculation time and the position-related data at the imaging time to the measurement data.