mhurhangee/patent-ind-claim-en huggingface dataset:
A bone plate comprising: an inner surface configured to face the underlying bone , and an outer surface opposite the inner surface ; and an internal surface that extends from the outer surface to the inner surface so as to define a hole that is oriented along a central hole axis , wherein the internal surface includes 1) a plurality of threaded regions that define respective columns of thread segments , and 2) a plurality of recessed surfaces that are disposed between respective adjacent ones of the thread segments , the recessed surfaces being offset radially outward with respect to the columns of thread segments , wherein the bone plate is configured to mate with a threaded head of a variable angle locking screw in the hole at an angle within a range of angles, such that the threaded head threadedly purchases with all of the columns of thread segments , and wherein the angle is oblique to the central hole axis , characterized in that the internal surface defines a plurality of transition regions between the columns and respective adjacent ones of the recessed surfaces , and wherein respective depths of the thread segments taper along the transition regions in a circumferential direction away from the respective columns to the respective recessed surface . an inner surface configured to face the underlying bone , and an outer surface opposite the inner surface ; and an internal surface that extends from the outer surface to the inner surface so as to define a hole that is oriented along a central hole axis , wherein the internal surface includes 1) a plurality of threaded regions that define respective columns of thread segments , and 2) a plurality of recessed surfaces that are disposed between respective adjacent ones of the thread segments , the recessed surfaces being offset radially outward with respect to the columns of thread segments , wherein the bone plate is configured to mate with a threaded head of a variable angle locking screw in the hole at an angle within a range of angles, such that the threaded head threadedly purchases with all of the columns of thread segments , and wherein the angle is oblique to the central hole axis , characterized in that the internal surface defines a plurality of transition regions between the columns and respective adjacent ones of the recessed surfaces , and wherein respective depths of the thread segments taper along the transition regions in a circumferential direction away from the respective columns to the respective recessed surface .
Railway vehicle , comprising: - a coach provided for accommodating passengers ; - a device for ventilating the coach , comprising: - an air circulation device , provided to ensure air renewal in the coach ; - a controller , configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach ; - a control element , configured to give to the controller instructions for controlling the air circulation device : characterised in that the control element is configured to give selectively to the controller an order to clean the air of the coach , the controller being configured in order, when it receives the cleaning order, to order the air circulation device to ensure a predetermined maximum rate of air renewal and, after a delay time, to order the air circulation device to return to the current rate of air renewal. - a coach provided for accommodating passengers ; - a device for ventilating the coach , comprising: - an air circulation device , provided to ensure air renewal in the coach ; - a controller , configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach ; - a control element , configured to give to the controller instructions for controlling the air circulation device : characterised in that the control element is configured to give selectively to the controller an order to clean the air of the coach , the controller being configured in order, when it receives the cleaning order, to order the air circulation device to ensure a predetermined maximum rate of air renewal and, after a delay time, to order the air circulation device to return to the current rate of air renewal. - an air circulation device , provided to ensure air renewal in the coach ; - a controller , configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach ; - a control element , configured to give to the controller instructions for controlling the air circulation device :
An object recognition system comprising: a light source for emitting dot light having a predetermined pattern to an object ; an event detection sensor for receiving the dot light having the predetermined pattern reflected from the object and for detecting a fact that a change in luminance of a pixel has exceeded a predetermined threshold as an event; and a signal processor for performing a process of removing information other than event information originated from the dot light emitted from the light source and having the predetermined pattern among event information detected by the event detection sensor , wherein, the event detection sensor is configured to detect one dot light beam in units of a plurality of pixels adjacent to each other, and where the plurality of pixels adjacent to each other detects the event within a certain period of time, the signal processor reads the event as the event information originated from the dot light having the predetermined pattern. a light source for emitting dot light having a predetermined pattern to an object ; an event detection sensor for receiving the dot light having the predetermined pattern reflected from the object and for detecting a fact that a change in luminance of a pixel has exceeded a predetermined threshold as an event; and a signal processor for performing a process of removing information other than event information originated from the dot light emitted from the light source and having the predetermined pattern among event information detected by the event detection sensor , wherein, the event detection sensor is configured to detect one dot light beam in units of a plurality of pixels adjacent to each other, and where the plurality of pixels adjacent to each other detects the event within a certain period of time, the signal processor reads the event as the event information originated from the dot light having the predetermined pattern.
Cap for removing a needle shield attached to a medical container arranged inside a body of an autoinjector , the cap including: a housing extending along a longitudinal axis A, the housing having a distal end and an opposite proximal end configured to be removably attached to the body of the autoinjector , a retainer arranged inside the housing and axially movable with respect to said housing , the retainer including an inner cavity for receiving the needle shield , a clamping member configured to remove the needle shield from the medical container , an opened distal end configured to provide access to a distal end of the needle shield , and a proximal abutment surface configured to abut against the medical container , a plug arranged at the distal end of the housing , the plug including a sealing portion configured for closing the distal end of the housing and at least one anti-rattling member arranged at a proximal side of the sealing portion for abutting against the retainer and move the retainer in the proximal direction. a housing extending along a longitudinal axis A, the housing having a distal end and an opposite proximal end configured to be removably attached to the body of the autoinjector , a retainer arranged inside the housing and axially movable with respect to said housing , the retainer including an inner cavity for receiving the needle shield , a clamping member configured to remove the needle shield from the medical container , an opened distal end configured to provide access to a distal end of the needle shield , and a proximal abutment surface configured to abut against the medical container , a plug arranged at the distal end of the housing , the plug including a sealing portion configured for closing the distal end of the housing and at least one anti-rattling member arranged at a proximal side of the sealing portion for abutting against the retainer and move the retainer in the proximal direction.
A motor unit comprising: a motor ; and an amplifier section including a drive circuit that drives the motor , wherein the amplifier section includes a heat dissipating member attached to the motor , an amplifier cover fixed to the heat dissipating member , and an amplifier board , the amplifier board is attached to the heat dissipating member , and a power line (C2, C3, C4) for supplying power to the motor , said power line is connected from the amplifier board to the motor and is bound to the amplifier cover . a motor ; and an amplifier section including a drive circuit that drives the motor , wherein the amplifier section includes a heat dissipating member attached to the motor , an amplifier cover fixed to the heat dissipating member , and an amplifier board , the amplifier board is attached to the heat dissipating member , and a power line (C2, C3, C4) for supplying power to the motor , said power line is connected from the amplifier board to the motor and is bound to the amplifier cover .
A combination of a sensing device and a charging system, the sensing device being configured to be applied to a surface of an absorbent article for sensing a characteristic of moisture in the absorbent article, and the sensing device being configured such that a transmitter for transmitting data from the sensing device is attached or attachable to the sensing device, the charging system being configured to charge a transmitter battery, the charging system further being configured such that a transmitter, which is attached or attachable to the sensing device, is also attachable to the charging device, characterized in that : the sensing device is configured to be applied to an outer surface of an absorbent article for sensing moisture in the absorbent article through the outer surface, and the sensing device is further configured to sense movements, a location and/or a position of a wearer of an absorbent article. the sensing device is configured to be applied to an outer surface of an absorbent article for sensing moisture in the absorbent article through the outer surface, and the sensing device is further configured to sense movements, a location and/or a position of a wearer of an absorbent article.
An apparatus for providing reduced pressure to treat a linear wound, characterised in that the apparatus comprises: a closing bolster adapted to be positioned on the linear wound and to apply a closing force to the linear wound in a first direction perpendicular to the linear wound when positioned on the linear wound, the closing bolster comprising: (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; a sealing subsystem for providing a fluid seal covering the closing bolster and the linear wound within an internal space for receiving reduced pressure; and wherein the closing bolster is operable to contract to a compressed position when reduced pressure is applied to the internal space to apply the closing force to the linear wound in the first direction. a closing bolster adapted to be positioned on the linear wound and to apply a closing force to the linear wound in a first direction perpendicular to the linear wound when positioned on the linear wound, the closing bolster comprising: (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; a sealing subsystem for providing a fluid seal covering the closing bolster and the linear wound within an internal space for receiving reduced pressure; and wherein the closing bolster is operable to contract to a compressed position when reduced pressure is applied to the internal space to apply the closing force to the linear wound in the first direction.
Combustor comprising: - a casing having a cylindrical wall provided with an opening for compressed air; - a liner being within said casing and having a further cylindrical wall at a distance from the casing wall, an outlet opening on one end and an inlet opening on the other end; and - one single burner comprising a fuel injector to inject fuel into the liner and a flame stabilization device comprising air passages , wherein the relative position of the fuel injector and flame stabilization device in the burner is such that during operation the burner stages first complete combustion of the fuel in the air through the air passages of the flame stabilization device where fuel is injected and then mixing of burned gases with the air through the neighboring passages , wherein the fuel injector is present in the middle of the liner inlet opening, and the flame stabilization device is present in the inlet opening around the fuel injector and extends directly from the fuel injector to the boundary wall of the inlet opening, wherein the flame stabilization device comprises two concentrically cylindrical rings and vanes extending in the radial direction from one ring to the other ring and being at an angle with the axial direction, wherein an air passage is present between two neighboring vanes of the flame stabilization device , and the geometry of the said rings , vanes and air passages results in a pressure loss over the flame stabilization device less than 1.5%, and wherein the fuel injector is provided with injection holes which during operation inject fuel into the airflow through a part of the total number of the air passages . - a casing having a cylindrical wall provided with an opening for compressed air; - a liner being within said casing and having a further cylindrical wall at a distance from the casing wall, an outlet opening on one end and an inlet opening on the other end; and - one single burner comprising a fuel injector to inject fuel into the liner and a flame stabilization device comprising air passages ,
An image processing device comprising: a setting unit that sets an object region for detecting a target cell in each of captured images obtained by imaging a sample including the target cell; an extraction unit that extracts a plurality of cell regions each including a cell from a peripheral region including a region different from the object region; a state determination unit that determines whether a cell included in each cell region extracted by the extraction unit is in a dense state, in which other cells abut the cell, or in a solitary state, in which no other cells abut the cell, a range setting unit that sets a range of a feature quantity of the target cell, according to the state of the dense state or the solitary state determined by the state determination unit and based on a feature quantity obtained from each of the plurality of cell regions; and a determination unit that determines whether or not the target cell is included in the object region when a feature quantity obtained from the object region is included in the range of the feature quantity set by the range setting unit. a setting unit that sets an object region for detecting a target cell in each of captured images obtained by imaging a sample including the target cell; an extraction unit that extracts a plurality of cell regions each including a cell from a peripheral region including a region different from the object region; a state determination unit that determines whether a cell included in each cell region extracted by the extraction unit is in a dense state, in which other cells abut the cell, or in a solitary state, in which no other cells abut the cell, a range setting unit that sets a range of a feature quantity of the target cell, according to the state of the dense state or the solitary state determined by the state determination unit and based on a feature quantity obtained from each of the plurality of cell regions; and a determination unit that determines whether or not the target cell is included in the object region when a feature quantity obtained from the object region is included in the range of the feature quantity set by the range setting unit.
Container treatment system, comprising at least one conveyor assembly for containers or closures thereof, said conveyor assembly having at least one endless drive element that is guided by means of a guide, and further having receiving elements for the containers or closures thereof, which are in connection with the endless drive element, wherein the guide has at least one section (10; 30) with at least one guide surface and at least one curved portion (10; 30) with at least one inner guide surface , against which the endless drive element and/or the receiving elements is/are in contact, wherein the container treatment system has at least one marker element (18; 22; 32; 34) in a spatially fixed arrangement in the curved portion (10; 30) of the guide, said marker element (18; 22; 32; 34) interacting with at least a part of the endless drive element or of the receiving elements for generating a wear signal, wherein the marker element (32; 34) is sensor which interacts with the container receiver and/or the endless drive element, characterised in that the sensor is configured as a sensor array with a plurality of sensor elements arranged adjacent to one another, and wherein the sensor elements are arranged adjacent to one another in the radial direction r of the curved guide .
A method for checking the load weight of a lorry for admissibility by means of a dynamic vehicle scale with several load cells arranged one behind the other and a vehicle identification system, wherein the vehicle type is determined by the vehicle identification system, and then the axle load data determined by the dynamic vehicle scale is compared with the data associated with the vehicle type, wherein inductive classification loops are used to record the pattern of the vehicle underbody, in particular the number of the axles and distance between them, which is used to classify the vehicle, characterized in that the mutual distance between the axle pairs is determined by the dynamic vehicle scale with several load cells one behind the other on the basis of the respective loaded load cell.
A fabric stain treatment device for treating a stain on a fabric with a fabric stain treatment composition during a fabric washing process, the fabric stain treatment device comprising: (a) a storage chamber for storing the fabric stain treatment composition, said storage chamber comprising two adjacent convex walls in a stacked arrangement with an upper wall and an lower wall ; and a waist portion; (b) a filling and dispensing aperture defined by one or more upper edge portions of the storage chamber, said edge portion/s comprising a pour spout ; and (c) a base the periphery of which is contiguous with the lower wall; said base and lower wall interconnecting at a base edge portion at least one annular scrubbing portion on a base edge portion , wherein the device appears as two stacked and aligned (longitudinally) truncated spheres and the adjacent walls converge to co-join each other thereby defining a curved cleft indentation in at least the outer surface of the storage chamber thereby providing said waist portion and wherein the storage chamber comprises an inner surface of the fabric stain treatment device which mirrors the outer surface and there is at least one internally projecting edge portion provided by the cleft, wherein the waist region is for the user's fingers to intuitively grasp, encouraged by the curvature to move toward the peak of the curved cleft and the convexity of the two walls providing a gripping action.. (a) a storage chamber for storing the fabric stain treatment composition, said storage chamber comprising two adjacent convex walls in a stacked arrangement with an upper wall and an lower wall ; and a waist portion; (b) a filling and dispensing aperture defined by one or more upper edge portions of the storage chamber, said edge portion/s comprising a pour spout ; and (c) a base the periphery of which is contiguous with the lower wall; said base and lower wall interconnecting at a base edge portion at least one annular scrubbing portion on a base edge portion , wherein the device appears as two stacked and aligned (longitudinally) truncated spheres and the adjacent walls converge to co-join each other thereby defining a curved cleft indentation in at least the outer surface of the storage chamber thereby providing said waist portion and wherein the storage chamber comprises an inner surface of the fabric stain treatment device which mirrors the outer surface and there is at least one internally projecting edge portion provided by the cleft, wherein the waist region is for the user's fingers to intuitively grasp, encouraged by the curvature to move toward the peak of the curved cleft and the convexity of the two walls providing a gripping action..
A cylindrical sputtering target formed through casting, wherein, the cylindrical sputtering target is a Cu alloy consisting of 15 atom% to 35 atom% of Ga, optionally Zn, Sb, Al, Li, Bi, P, Sn, In, Na, S, Se, F, Ag, Si, Be, Mg, Mn, and Mo in a total of 5% by mass or less, optionally 50 ppm by mass or lower oxygen and balance Cu, the Cu alloy has a solidified structure made up of granular crystal grains and does not include columnar crystals, and the average value of the ratios of the long axes to the short axes of the granular crystal grains in the Cu alloy is 2.0 or lower, wherein the average value is determined as defined in the section "Measurement of aspect ratios of crystal grains and average equivalent circle diameter" of the description. the cylindrical sputtering target is a Cu alloy consisting of 15 atom% to 35 atom% of Ga, optionally Zn, Sb, Al, Li, Bi, P, Sn, In, Na, S, Se, F, Ag, Si, Be, Mg, Mn, and Mo in a total of 5% by mass or less, optionally 50 ppm by mass or lower oxygen and balance Cu, the Cu alloy has a solidified structure made up of granular crystal grains and does not include columnar crystals, and the average value of the ratios of the long axes to the short axes of the granular crystal grains in the Cu alloy is 2.0 or lower, wherein the average value is determined as defined in the section "Measurement of aspect ratios of crystal grains and average equivalent circle diameter" of the description.