mhurhangee/ep-ind-claims huggingface dataset:
A sensor disposition structure in a seat, comprising: a cushion pad; and a board-like member which is disposed under the cushion pad, wherein a concave is formed in an upper surface of the board-like member, a sensor is disposed in the concave while being fixed to an attachment bracket, the attachment bracket is attached in the concave by being engaged with a first engaging unit formed in the concave and by a bracket-side engaging unit engaging with an under surface of the board-like member, and the first engaging unit is a nail unit protruding from the upper surface of the concave. a cushion pad; and a board-like member which is disposed under the cushion pad, wherein a concave is formed in an upper surface of the board-like member, a sensor is disposed in the concave while being fixed to an attachment bracket, the attachment bracket is attached in the concave by being engaged with a first engaging unit formed in the concave and by a bracket-side engaging unit engaging with an under surface of the board-like member, and the first engaging unit is a nail unit protruding from the upper surface of the concave. a concave is formed in an upper surface of the board-like member, a sensor is disposed in the concave while being fixed to an attachment bracket, the attachment bracket is attached in the concave by being engaged with a first engaging unit formed in the concave and by a bracket-side engaging unit engaging with an under surface of the board-like member, and the first engaging unit is a nail unit protruding from the upper surface of the concave.
Topical composition comprising a cetyl phosphate surfactant mixture, characterized in that the cetyl phosphate surfactant mixture contains no organochlorine impurities and consists essentially of 60-95 wt.-% of monocetyl phosphoric acid or a salt thereof, 0-15 wt.-% of dicetyl phosphoric acid or a salt thereof, 0-20 wt.-% of cetyl alcohol, 0-0.7 wt.-% of inorganic phosphate, 0-12ppm of heavy metals and 0-4 wt.-% of residual water, wherein the mono- and dicetyl esters of phosphoric acid or salts thereof are the potassium salts thereof and wherein the inorganic phosphate content in the topical compositions is less than 0.01 wt.-%. wherein the mono- and dicetyl esters of phosphoric acid or salts thereof are the potassium salts thereof and wherein the inorganic phosphate content in the topical compositions is less than 0.01 wt.-%.
A motor comprising: a shaft; a rotor coupled to the shaft; and a stator disposed outside the rotor, wherein the rotor includes N rotor cores stacked in the shaft direction and a plurality of magnets disposed on an outer circumferential surface of each of the rotor cores, and the number of holes, each of which is formed in one of the N rotor cores, is at least 2N, wherein the 2N holes include a first group having N holes for arranging the rotor cores and a second group having N holes for balancing rotation of the rotor cores, wherein first angles (θ1) are formed between the N holes of the first group, wherein a second angle (θ2) formed by a first hole of the first group and the hole, which is closest to the first hole, of the second group is different from the first angles (θ1) of the first group. a shaft; a rotor coupled to the shaft; and a stator disposed outside the rotor, wherein the rotor includes N rotor cores stacked in the shaft direction and a plurality of magnets disposed on an outer circumferential surface of each of the rotor cores, and the number of holes, each of which is formed in one of the N rotor cores, is at least 2N, wherein the 2N holes include a first group having N holes for arranging the rotor cores and a second group having N holes for balancing rotation of the rotor cores, wherein first angles (θ1) are formed between the N holes of the first group, wherein a second angle (θ2) formed by a first hole of the first group and the hole, which is closest to the first hole, of the second group is different from the first angles (θ1) of the first group.
Dishwasher, in particular a domestic dishwasher, comprising a washing container, which provides a washing chamber and is used to hold washware to be cleaned, comprising a heat pump device, which has an evaporator that is arranged within a reservoir filled with water, and comprising an air circulation system, which has an air guiding circuit and a fan unit arranged within the air guiding circuit, characterised in that the air guiding circuit passes at least sections of an outer surface (30, 31) of both the washing container and the reservoir such that when the fan unit is in operation, air flows around at least sections of the washing container and the reservoir, the air guided in the air guiding circuit being in direct contact with the outer surfaces (30, 31) of the washing container and the reservoir.
A pouch-type secondary battery case comprising a cup part configured to accommodate an electrode assembly formed by stacking electrodes and separators, wherein the cup part comprises: a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion; punch edges configured to connect the bottom portion to the outer wall; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge, wherein at least one of the punch edges is rounded, at least one of the thickness edges is rounded, at least one of the corners is rounded and has a curvature radius different from that of each of the punch edges and the thickness edges, wherein the corners have a curvature radius greater than or equal to that of at least one of the punch edges or the thickness edges, characterized in that the corners have a variable curvature radius therein and the central portions of the corners have an aspherical shape. wherein the cup part comprises: a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion; punch edges configured to connect the bottom portion to the outer wall; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge, a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion; punch edges configured to connect the bottom portion to the outer wall; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge, wherein at least one of the punch edges is rounded, at least one of the thickness edges is rounded, at least one of the corners is rounded and has a curvature radius different from that of each of the punch edges and the thickness edges, wherein the corners have a curvature radius greater than or equal to that of at least one of the punch edges or the thickness edges, characterized in that the corners have a variable curvature radius therein and the central portions of the corners have an aspherical shape.
A package (10; 90; 136) of disposable absorbent products (12; 72; 83; 122), comprising: an enclosure (11; 130) defined by a flexible polymer material, having an interior, and including a top wall, a bottom wall disposed opposite said top wall, first and second sidewalls disposed opposite one another and extending between said top and bottom walls, and first and second end walls (15, 16; 95; 96) disposed opposite one another; and a compressed stack of disposable absorbent products (12; 72; 83; 122) in said interior and exerting an expansion force against said end walls from said interior, said compressed stack including a first disposable absorbent product contacting said first end wall from said interior, wherein: said first end wall (15; 95; 96) has a first substantially transparent portion (29; 97; 97a; 140), said first disposable absorbent product (12f; 72; 83; 122) includes a first graphic display (50, 50e; 70a, 70b; 144) on an outer surface thereof facing said first end wall, characterized in that no portion of said first graphic display is visible through said first substantially transparent portion of said first end wall. an enclosure (11; 130) defined by a flexible polymer material, having an interior, and including a top wall, a bottom wall disposed opposite said top wall, first and second sidewalls disposed opposite one another and extending between said top and bottom walls, and first and second end walls (15, 16; 95; 96) disposed opposite one another; and a compressed stack of disposable absorbent products (12; 72; 83; 122) in said interior and exerting an expansion force against said end walls from said interior, said compressed stack including a first disposable absorbent product contacting said first end wall from said interior, wherein: said first end wall (15; 95; 96) has a first substantially transparent portion (29; 97; 97a; 140), said first disposable absorbent product (12f; 72; 83; 122) includes a first graphic display (50, 50e; 70a, 70b; 144) on an outer surface thereof facing said first end wall, characterized in that no portion of said first graphic display is visible through said first substantially transparent portion of said first end wall. said first end wall (15; 95; 96) has a first substantially transparent portion (29; 97; 97a; 140), said first disposable absorbent product (12f; 72; 83; 122) includes a first graphic display (50, 50e; 70a, 70b; 144) on an outer surface thereof facing said first end wall, characterized in that no portion of said first graphic display is visible through said first substantially transparent portion of said first end wall.
A method for the identification of a biopolymer comprising the steps of: a) measuring the linear pattern of sequence specific markers on a biopolymer, b) calculating the similarity score between the measured linear pattern and an expected linear pattern for each individual member of a user-defined set of potential target biopolymers, c) calculating the significance for each of the obtained similarity scores, thereby obtaining a set of target biopolymers with significant similarity of the expected linear pattern to the measured linear pattern, d) modifying the expected linear pattern of the set of target biopolymers of step c) by reshuffling marker positions from the expected pattern of said target biopolymers, e) calculating the similarity score between the measured linear pattern and the modified expected linear pattern of step d) for each individual member of the significant set of potential target biopolymers of step b), f) calculating the significance for each of the obtained similarity scores, thereby obtaining, compared to the set of target biopolymers of step c, a reduced set of target biopolymers with significant similarity, resulting in improved specificity without loss of sensitivity for the identification of the measured sequence. a) measuring the linear pattern of sequence specific markers on a biopolymer, b) calculating the similarity score between the measured linear pattern and an expected linear pattern for each individual member of a user-defined set of potential target biopolymers, c) calculating the significance for each of the obtained similarity scores, thereby obtaining a set of target biopolymers with significant similarity of the expected linear pattern to the measured linear pattern, d) modifying the expected linear pattern of the set of target biopolymers of step c) by reshuffling marker positions from the expected pattern of said target biopolymers, e) calculating the similarity score between the measured linear pattern and the modified expected linear pattern of step d) for each individual member of the significant set of potential target biopolymers of step b), f) calculating the significance for each of the obtained similarity scores, thereby obtaining, compared to the set of target biopolymers of step c, a reduced set of target biopolymers with significant similarity, resulting in improved specificity without loss of sensitivity for the identification of the measured sequence.
A method conducted at a mobile station in response to signalling received from a serving cell controller, the method comprising: based on signalling of notification of cell change, NCC, mode and cell change network control and in respect of a first set of cells of a given radio access technology, RAT, performing a first behaviour with respect to notification of cell change, NCC, mode and cell change network control; notwithstanding the signalling of at least one of NCC mode and cell change network control in respect of the first set of cells of the given RAT, performing a second behaviour with respect to NCC mode and cell change network control in respect of a second set of cells of the given RAT, the second set of cells being a defined category of cells of the given RAT and different to the first set of cells, and the second behaviour differing from the first behaviour in some manner; wherein the first and second behaviours are such that: for the defined category of cells, the mobile station is configured to obey the cell change network control mode signalled for the first set of cells; for NCC mode in respect of the defined category of cells, the mobile station is configured to behave in a defined manner irrespective of the NCC mode signalled for the first set of cells; wherein NCC mode refers generally to a mode of the mobile station in terms of whether a notification of a cell change is required to be sent to a serving cell in advance of performing a cell change. based on signalling of notification of cell change, NCC, mode and cell change network control and in respect of a first set of cells of a given radio access technology, RAT, performing a first behaviour with respect to notification of cell change, NCC, mode and cell change network control; notwithstanding the signalling of at least one of NCC mode and cell change network control in respect of the first set of cells of the given RAT, performing a second behaviour with respect to NCC mode and cell change network control in respect of a second set of cells of the given RAT, the second set of cells being a defined category of cells of the given RAT and different to the first set of cells, and the second behaviour differing from the first behaviour in some manner; wherein the first and second behaviours are such that: for the defined category of cells, the mobile station is configured to obey the cell change network control mode signalled for the first set of cells; for NCC mode in respect of the defined category of cells, the mobile station is configured to behave in a defined manner irrespective of the NCC mode signalled for the first set of cells; for the defined category of cells, the mobile station is configured to obey the cell change network control mode signalled for the first set of cells; for NCC mode in respect of the defined category of cells, the mobile station is configured to behave in a defined manner irrespective of the NCC mode signalled for the first set of cells; wherein NCC mode refers generally to a mode of the mobile station in terms of whether a notification of a cell change is required to be sent to a serving cell in advance of performing a cell change.
An electrical power switching system, comprising: an electrical power switching apparatus; and an EMI-resistant control device for providing a control signal to control operation of the electrical power switching apparatus for selectively applying a predetermined voltage or electrical power for operation of an electrical device, the EMI-resistant control device comprising a carbon nanotube optical switch mounted in an optical glass fiber connector housing, and an optical fiber mounted in the optical glass fiber connector housing to receive an optical signal; the carbon nanotube optical switch including a plurality of light sensitive carbon nanotubes adapted to connect a voltage source to an output of the EMI-resistant device in response to the optical signal being received by the EMI-resistant control device, the voltage source providing the control signal to cause the electrical power switching apparatus to turn on and to apply the predetermined voltage or electrical power to the electrical device for operation of the device; in which the EMI-resistant control device comprises a glass section or tube mounted in the optical glass fiber connector housing between the optical fiber and the carbon nanotube switch to transfer the optical signal from the optical glass fiber to the carbon nanotube optical switch; and further in which it comprises an interface joining the glass section or tube to the carbon nanotube switch. an electrical power switching apparatus; and an EMI-resistant control device for providing a control signal to control operation of the electrical power switching apparatus for selectively applying a predetermined voltage or electrical power for operation of an electrical device, the EMI-resistant control device comprising a carbon nanotube optical switch mounted in an optical glass fiber connector housing, and an optical fiber mounted in the optical glass fiber connector housing to receive an optical signal; the carbon nanotube optical switch including a plurality of light sensitive carbon nanotubes adapted to connect a voltage source to an output of the EMI-resistant device in response to the optical signal being received by the EMI-resistant control device, the voltage source providing the control signal to cause the electrical power switching apparatus to turn on and to apply the predetermined voltage or electrical power to the electrical device for operation of the device; in which the EMI-resistant control device comprises a glass section or tube mounted in the optical glass fiber connector housing between the optical fiber and the carbon nanotube switch to transfer the optical signal from the optical glass fiber to the carbon nanotube optical switch; and further in which it comprises an interface joining the glass section or tube to the carbon nanotube switch.
An electric candle comprising: a housing; a head; a light source disposed within the head; a pendulum supporting the light source and the head, the pendulum pivotally coupled to the housing and configured to move the head and the light source relative to the housing; and a driving device configured to produce pivotal movement of the pendulum to thereby move the head and the light source relative to the housing; characterised in that the head is a flame-shaped head; and a colour element is positioned over at least part of the light source and disposed within the flame-shaped head, for creating a colour effect in the flame-shaped head when the light source transmits light through the colour element and the flame-shaped head, wherein the colour element is a translucent, tube-shaped sleeve. a housing; a head; a light source disposed within the head; a pendulum supporting the light source and the head, the pendulum pivotally coupled to the housing and configured to move the head and the light source relative to the housing; and a driving device configured to produce pivotal movement of the pendulum to thereby move the head and the light source relative to the housing; characterised in that the head is a flame-shaped head; and a colour element is positioned over at least part of the light source and disposed within the flame-shaped head, for creating a colour effect in the flame-shaped head when the light source transmits light through the colour element and the flame-shaped head, wherein the colour element is a translucent, tube-shaped sleeve.
A pattern forming method comprising: a first step of applying a resist underlayer film-forming composition containing a solvent and a polymer having a weight average molecular weight of 1,000 to 100,000 and an epoxy group on a semiconductor substrate that may have an inorganic film on the surface, followed by baking, to form a resist underlayer film; a second step of forming a resist pattern on the resist underlayer film; a third step of dry etching the resist underlayer film using the resist pattern as a mask to expose a surface of the inorganic film or the semiconductor substrate; and a fourth step of wet etching the inorganic film or the semiconductor substrate using the dry-etched resist underlayer film as a mask and a basic aqueous hydrogen peroxide solution. a first step of applying a resist underlayer film-forming composition containing a solvent and a polymer having a weight average molecular weight of 1,000 to 100,000 and an epoxy group on a semiconductor substrate that may have an inorganic film on the surface, followed by baking, to form a resist underlayer film; a second step of forming a resist pattern on the resist underlayer film; a third step of dry etching the resist underlayer film using the resist pattern as a mask to expose a surface of the inorganic film or the semiconductor substrate; and a fourth step of wet etching the inorganic film or the semiconductor substrate using the dry-etched resist underlayer film as a mask and a basic aqueous hydrogen peroxide solution.
A method of controlling a display control apparatus in a display system for alerting a driver of a vehicle including a recognition unit and a display unit, the recognition unit acquiring images of a front direction of a vehicle and recognizing an object in the peripheral vision contained in the images of the front direction, the display unit generating images based on a result of recognition obtained by the recognition unit and displaying the generated images on a display medium in the peripheral vision, the method comprising: determining whether the object is a predetermined object which is a human being or an animal; and controlling the display unit to generate, at a first timing, a first image on the basis of a result of the recognized object and to generate, at a second timing, a second image on the basis of the recognized object if it is determined that the object is the predetermined object, wherein the controlling is performed so that the first image and the second image is generated and displayed in the peripheral vision of the driver, J wherein the first image is an image formed by a pattern of markers representing a skeleton of the object, and the second image is an image formed by a pattern of markers corresponding to the pattern of markers in the first image, and wherein the position of at least one of the markers in the first image differs from the position of a corresponding marker in the second image, characterized in that the at least one marker moves with a biological motion, and the markers of the pattern of markers are in the form of dots or in the form of horizontal straight lines, rectangles extending in the horizontal direction or rectangles extending in the horizontal direction with round ends. determining whether the object is a predetermined object which is a human being or an animal; and controlling the display unit to generate, at a first timing, a first image on the basis of a result of the recognized object and to generate, at a second timing, a second image on the basis of the recognized object if it is determined that the object is the predetermined object, wherein the controlling is performed so that the first image and the second image is generated and displayed in the peripheral vision of the driver, J wherein the first image is an image formed by a pattern of markers representing a skeleton of the object, and the second image is an image formed by a pattern of markers corresponding to the pattern of markers in the first image, and wherein the position of at least one of the markers in the first image differs from the position of a corresponding marker in the second image, characterized in that the at least one marker moves with a biological motion, and the markers of the pattern of markers are in the form of dots or in the form of horizontal straight lines, rectangles extending in the horizontal direction or rectangles extending in the horizontal direction with round ends.