mhurhangee/ep-ind-claims huggingface dataset:
An interlayer film for laminated glazing, constructed from at least two interlayer films based on plasticizer-containing polyvinyl butyral, characterized in that a first interlayer film contains a polyvinyl butyral with a proportion of polyvinyl acetate groups of 0.1 to 11 mol % and a proportion of polyvinyl alcohol groups of 17 to 22% by weight, and a second interlayer film contains a polyvinyl butyral with a proportion of polyvinyl acetate groups of between 5 and 8 mol % and a proportion of polyvinyl alcohol groups of 11.5 to 13% by weight.
A method performed by a computing device comprising: receiving first location information related to a location of a first access node, wherein the first location information is obtained from a user device accessing the first access node that transmits the location of the user device e.g., GPS coordinates; receiving known location information for the first access node from a data repository, the known location information comprising system map information detailing a presumed position of the first access node; based on the known location information, determining a first value of a first timing offset for the first access node; generating a second value of the first timing offset, wherein the second value of the first timing offset comprises a measured timing value; and calculating the difference between the first value and the second value of the first timing offset and if the difference is not less than or equal to a predetermined threshold, analyzing a second timing offset for a device in another access node located within a predetermined distance of the location of the first access node to estimate a new location of the first access node. receiving first location information related to a location of a first access node, wherein the first location information is obtained from a user device accessing the first access node that transmits the location of the user device e.g., GPS coordinates; receiving known location information for the first access node from a data repository, the known location information comprising system map information detailing a presumed position of the first access node; based on the known location information, determining a first value of a first timing offset for the first access node; generating a second value of the first timing offset, wherein the second value of the first timing offset comprises a measured timing value; and calculating the difference between the first value and the second value of the first timing offset and if the difference is not less than or equal to a predetermined threshold, analyzing a second timing offset for a device in another access node located within a predetermined distance of the location of the first access node to estimate a new location of the first access node.
A surgical instrument comprising: a handle; a clip pivotally coupled to the handle and arranged to move relative to the handle to secure the handle to a further surgical instrument; and a grip secured to the clip and arranged to be manipulated by a user to move the clip relative to the handle; wherein the grip is formed from an elastomeric material and the instrument further comprises an elastomeric spring portion integrally formed with the grip, the spring portion extending from the grip and arranged to bias relative movement between the handle and clip and to bias the clip towards an engaged position in which the further surgical instrument is secured to the handle. a handle; a clip pivotally coupled to the handle and arranged to move relative to the handle to secure the handle to a further surgical instrument; and a grip secured to the clip and arranged to be manipulated by a user to move the clip relative to the handle; wherein the grip is formed from an elastomeric material and the instrument further comprises an elastomeric spring portion integrally formed with the grip, the spring portion extending from the grip and arranged to bias relative movement between the handle and clip and to bias the clip towards an engaged position in which the further surgical instrument is secured to the handle.
A handgun support device, comprising: a handgun rest for supporting at least a portion of a grip of a handgun therein, the handgun rest including: a wall portion, a front support for at least a portion of a front side of the grip of the handgun, the front support protruding from a front side of the wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back suppport protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed through an opening thereof to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a rigid structure extending from the handgun rest for being held against an external support. a handgun rest for supporting at least a portion of a grip of a handgun therein, the handgun rest including: a wall portion, a front support for at least a portion of a front side of the grip of the handgun, the front support protruding from a front side of the wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back suppport protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed through an opening thereof to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a rigid structure extending from the handgun rest for being held against an external support. a wall portion, a front support for at least a portion of a front side of the grip of the handgun, the front support protruding from a front side of the wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back suppport protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed through an opening thereof to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a rigid structure extending from the handgun rest for being held against an external support.
Rotary electric machine, in particular electric motor, having a stator (3, 3') and having a rotor (4, 4') and having an electric control device and having a connector that has at least one coupling element for electrically connecting the control device to one or more electrical lines and a ground element provided for connection to an electric ground potential, - wherein the stator (3, 3') is connected to the ground element by means of a contact bridge that has a first fixing section and a second fixing section and a bridge element arranged between the first and second fixing sections (30, 31), said bridge element having a single-piece spring sheet, wherein the spring sheet is formed to be at least partially meander-shaped, and - wherein the contact bridge has a spring contact arm for forming an electrical pressure contact with a counter contact. - wherein the stator (3, 3') is connected to the ground element by means of a contact bridge that has a first fixing section and a second fixing section and a bridge element arranged between the first and second fixing sections (30, 31), said bridge element having a single-piece spring sheet, wherein the spring sheet is formed to be at least partially meander-shaped, and - wherein the contact bridge has a spring contact arm for forming an electrical pressure contact with a counter contact.
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a first message including a first parameter indicating a time duration for determining a mobility state of the terminal and a second parameter indicating a number of cell change for determining the mobility state of the terminal; determining the mobility state of the terminal based on the first parameter and the second parameter; identifying mobility history information stored in the terminal; transmitting, to the base station, a second message to confirm a completion of a radio resource control, RRC, connection establishment, the second message including first information on a mobility state just prior to the terminal going into an RRC connected mode and second information indicating that the terminal has available mobility history information; receiving, from the base station, a third message generated based on the second information, the third message requesting a report of the mobility history information; and transmitting, to the base station, a fourth message including the mobility history information in response to the third message, wherein the mobility history information comprises a cell identity of a visited cell and a time spent in the visited cell. receiving, from a base station, a first message including a first parameter indicating a time duration for determining a mobility state of the terminal and a second parameter indicating a number of cell change for determining the mobility state of the terminal; determining the mobility state of the terminal based on the first parameter and the second parameter; identifying mobility history information stored in the terminal; transmitting, to the base station, a second message to confirm a completion of a radio resource control, RRC, connection establishment, the second message including first information on a mobility state just prior to the terminal going into an RRC connected mode and second information indicating that the terminal has available mobility history information; receiving, from the base station, a third message generated based on the second information, the third message requesting a report of the mobility history information; and transmitting, to the base station, a fourth message including the mobility history information in response to the third message, wherein the mobility history information comprises a cell identity of a visited cell and a time spent in the visited cell.
A display device comprising: a display panel configured to display an image; and a light blocking layer over the display panel, wherein the display panel comprises: a base layer; and an element layer (DP_ED) over the base layer, the element layer (DP_ED) comprising a light emitting element, a light receiving element, and an element defining film between the light emitting element and the light receiving element, and wherein the light blocking layer comprises: a light blocking portion overlapping with the element defining film in a plan view, the light blocking portion having a first light blocking opening (B_OP1g) overlapping with the light emitting element, and a second light blocking opening (B_OP2) overlapping with the light receiving element; and a protrusion protruding from the light blocking portion toward the element defining film. a display panel configured to display an image; and a light blocking layer over the display panel, wherein the display panel comprises: a base layer; and an element layer (DP_ED) over the base layer, the element layer (DP_ED) comprising a light emitting element, a light receiving element, and an element defining film between the light emitting element and the light receiving element, and a base layer; and an element layer (DP_ED) over the base layer, the element layer (DP_ED) comprising a light emitting element, a light receiving element, and an element defining film between the light emitting element and the light receiving element, and wherein the light blocking layer comprises: a light blocking portion overlapping with the element defining film in a plan view, the light blocking portion having a first light blocking opening (B_OP1g) overlapping with the light emitting element, and a second light blocking opening (B_OP2) overlapping with the light receiving element; and a protrusion protruding from the light blocking portion toward the element defining film. a light blocking portion overlapping with the element defining film in a plan view, the light blocking portion having a first light blocking opening (B_OP1g) overlapping with the light emitting element, and a second light blocking opening (B_OP2) overlapping with the light receiving element; and a protrusion protruding from the light blocking portion toward the element defining film.
An exhaust gas purifying apparatus comprising: an oxidation catalyst and a filter that are placed in an exhaust path of an engine; a fuel injection device for injecting fuel in accordance with a fuel injection pattern of fuel injection including post-injection; and a control device configured to be capable of setting the fuel injection pattern, characterised in that an upper-limit value of post-injection quantity for the post-injection increases with elongating path length of the exhaust path. an oxidation catalyst and a filter that are placed in an exhaust path of an engine; a fuel injection device for injecting fuel in accordance with a fuel injection pattern of fuel injection including post-injection; and a control device configured to be capable of setting the fuel injection pattern, characterised in that
An apparatus for correcting a lesion in a plurality of image frames, the apparatus comprising: at least one processor configured to: generate at least one lesion value that represents a characteristic of a lesion included in each of a plurality of 2-dimensional image frames that form a 3-dimensional image; and extract, from the image frames, at least one candidate image frame usable for correcting a boundary of the lesion based on the at least one lesion value, characterized by set, in response to correction of the lesion included in the at least one candidate image frame, the at least one candidate image frame including the corrected lesion as at least one reference image frame; and correct the lesion included in each of the image frames excluding the at least one reference image frame based on the corrected lesion included in the at least reference image frame, the image frames excluding the at least one reference image frame constituting remaining image frames of the image frames. at least one processor configured to: generate at least one lesion value that represents a characteristic of a lesion included in each of a plurality of 2-dimensional image frames that form a 3-dimensional image; and extract, from the image frames, at least one candidate image frame usable for correcting a boundary of the lesion based on the at least one lesion value, generate at least one lesion value that represents a characteristic of a lesion included in each of a plurality of 2-dimensional image frames that form a 3-dimensional image; and extract, from the image frames, at least one candidate image frame usable for correcting a boundary of the lesion based on the at least one lesion value, characterized by set, in response to correction of the lesion included in the at least one candidate image frame, the at least one candidate image frame including the corrected lesion as at least one reference image frame; and correct the lesion included in each of the image frames excluding the at least one reference image frame based on the corrected lesion included in the at least reference image frame, the image frames excluding the at least one reference image frame constituting remaining image frames of the image frames.
A computer-implemented method for calibrating a sound signal, comprising: receiving an initial sound signal, a recorded background sound signal, a recorded initial sound signal and a target sound signal; subtracting the recorded background sound signal from the recorded initial sound signal, thereby obtaining a denoised sound signal; dividing the target sound signal by the denoised sound signal where the amplitude of the target sound signal for each frequency is divided by the amplitude of the denoised sound signal for the same frequency, thereby obtaining a compensation factor; dividing the initial sound signal by the compensation factor where the amplitude of the initial sound signal for each frequency is divided by the amplitude of the compensation factor for the same frequency, thereby obtaining a calibrated sound signal; and outputting the calibrated sound signal. receiving an initial sound signal, a recorded background sound signal, a recorded initial sound signal and a target sound signal; subtracting the recorded background sound signal from the recorded initial sound signal, thereby obtaining a denoised sound signal; dividing the target sound signal by the denoised sound signal where the amplitude of the target sound signal for each frequency is divided by the amplitude of the denoised sound signal for the same frequency, thereby obtaining a compensation factor; dividing the initial sound signal by the compensation factor where the amplitude of the initial sound signal for each frequency is divided by the amplitude of the compensation factor for the same frequency, thereby obtaining a calibrated sound signal; and outputting the calibrated sound signal.
A motor vehicle steering gear, comprising a gear rack and a drive pinion that meshes with said gear rack, which drive pinion has a drive projection in a rotational bearing for coupling a motor vehicle steering spindle, the drive projection being attached securely on the face side and eccentrically to the pinion teeth, the rotational bearing being guided in a direction transverse to the gear rack and parallel to a front plane formed by the pinion teeth so that when the pinion rotates, compensation strokes (H vertical) are specified for the rotational bearing (7, 8) in the direction transverse to the gear rack, said compensation strokes being caused by the eccentric attachment of the drive projection and comprising a retaining piece guided within a gear housing, characterised by a cylindrical retaining projection securely attached on the face side of the drive pinion concentrically to the pinion teeth, which retaining projection has on its face side the eccentric drive projection and is rotatably in engagement with the retaining piece which is guided within the gear housing parallel to the gear rack teeth, and when the pinion rotates compensation strokes (H horizontal) for the retaining projection are set parallel and at a constant distance from the gear rack teeth, which compensation strokes (H horizontal) are caused by the eccentric attachment of the drive projection.
A feeder for inserting carrier tape, in which many components are successively stored in a conveyance direction and in which engaging holes which have a prescribed relationship with the components are formed at a regular pitch interval in the conveyance direction, into an insertion section (21 d), and feeding the carrier tape such that the components are sequentially supplied to a supply position on a side opposite to the insertion section, the feeder comprising: a main body; and a downstream sprocket rotatably provided on the insertion section of the main body; wherein downstream engaging protrusions that engage with the engaging holes are formed at a fixed angle around an entire outer circumference of the downstream sprocket; characterized by an upstream sprocket rotatably provided further upstream in the conveyance direction than the downstream sprocket; wherein upstream engaging protrusions that engage with the engaging holes are formed at only a portion of an outer circumference of the upstream sprocket. a main body; and a downstream sprocket rotatably provided on the insertion section of the main body; wherein downstream engaging protrusions that engage with the engaging holes are formed at a fixed angle around an entire outer circumference of the downstream sprocket; characterized by an upstream sprocket rotatably provided further upstream in the conveyance direction than the downstream sprocket; wherein upstream engaging protrusions that engage with the engaging holes are formed at only a portion of an outer circumference of the upstream sprocket.
A catheter (100, 200, 300) comprising: a first tubular surface; a second tubular surface opposite the first tubular surface; and a plurality of deformations each comprising an indentation on the first surface and a corresponding protrusion on the second surface opposite the indentation; and further comprising: an inner liner (115, 215, 315); a braided wire support structure (102, 202, 302) disposed around the inner liner; and an outer polymer layer (182, 282, 382) disposed around the braided wire support structure, the deformations being shaped by the inner liner, braided wire support structure, and the outer polymer layer. a first tubular surface; a second tubular surface opposite the first tubular surface; and a plurality of deformations each comprising an indentation on the first surface and a corresponding protrusion on the second surface opposite the indentation; and further comprising: an inner liner (115, 215, 315); a braided wire support structure (102, 202, 302) disposed around the inner liner; and an outer polymer layer (182, 282, 382) disposed around the braided wire support structure, the deformations being shaped by the inner liner, braided wire support structure, and the outer polymer layer. an inner liner (115, 215, 315); a braided wire support structure (102, 202, 302) disposed around the inner liner; and an outer polymer layer (182, 282, 382) disposed around the braided wire support structure, the deformations being shaped by the inner liner, braided wire support structure, and the outer polymer layer.
A vaporizing apparatus for vaporizing a liquefied gas by a way of heat exchange between the liquefied gas and heating liquid having a higher temperature than the liquefied gas, the vaporizing apparatus comprising: a heat transfer panel including a plurality of heat transfer tubes standing and horizontally lining up for guiding the liquefied gas; a trough lying at a position lower than an upper end of the heat transfer panel for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes; and a manifold arranged on one end side of the trough in a lining-up direction of the plurality of heat transfer tubes for supplying the heating liquid into the trough, wherein the trough includes a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes, a first end wall extending upward from one end of the bottom wall, the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall, and away from the first end wall in the lining-up direction, characterized in that the first end wall of the trough has an inflow port for allowing the heating liquid to flow in. a heat transfer panel including a plurality of heat transfer tubes standing and horizontally lining up for guiding the liquefied gas; a trough lying at a position lower than an upper end of the heat transfer panel for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes; and a manifold arranged on one end side of the trough in a lining-up direction of the plurality of heat transfer tubes for supplying the heating liquid into the trough, wherein the trough includes a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes, a first end wall extending upward from one end of the bottom wall, the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall, and away from the first end wall in the lining-up direction, a bottom wall extending in the lining-up direction of the plurality of heat transfer tubes, a first end wall extending upward from one end of the bottom wall, the one end being closer to the manifold in the lining-up direction, and a second end wall extending upward from the other end of the bottom wall, and away from the first end wall in the lining-up direction, characterized in that the first end wall of the trough has an inflow port for allowing the heating liquid to flow in.