mhurhangee/ep-ind-claims huggingface dataset:
A transmitter for providing a transmitter output representative of a process variable associated with a process, the transmitter comprising: a sensor input for receiving a sensor signal from a sensor, the sensor signal representative of the process variable; means for providing the transmitter output based upon the sensor signal representative of the process variable; characterized by: means for providing a user-viewable relative diagnostic output as a function of one or more inputs representative of conditions related to operation of the transmitter; wherein the relative diagnostic output represents a relative level of operation with respect to a scale comprising a first relative limit and a second relative limit, wherein the first relative limit is representative of a degraded level of operation and the second relative limit is representative of an optimal level of operation. a sensor input for receiving a sensor signal from a sensor, the sensor signal representative of the process variable; means for providing the transmitter output based upon the sensor signal representative of the process variable; means for providing a user-viewable relative diagnostic output as a function of one or more inputs representative of conditions related to operation of the transmitter; wherein the relative diagnostic output represents a relative level of operation with respect to a scale comprising a first relative limit and a second relative limit, wherein the first relative limit is representative of a degraded level of operation and the second relative limit is representative of an optimal level of operation.
An eyeglass frame shape measurement device that measures a shape of an eyeglass frame, comprising: a light projecting optical system having a light source and emitting a measurement light flux from the light source toward a groove of a rim of an eyeglass frame; a light receiving optical system having a detector and causing the detector to receive a reflected light flux of the measurement light flux emitted toward the groove of the rim of the eyeglass frame by the light projecting optical system and reflected by the groove of the rim of the eyeglass frame; acquisition means for acquiring a cross-sectional shape of the groove of the rim of the eyeglass frame based on the reflected light flux received by the detector; change means (210, 220, 230, 240, 260) for changing a light receiving position of the reflected light flux; and control means (50, 310) for controlling the change means (210, 220, 230, 240, 260) to change the light receiving position of the reflected light flux such that the detector receives the reflected light flux of the groove of the rim, wherein the control means (50, 310) is configured to control the change means (210, 220, 230, 240, 260) to change the light receiving position of the reflected light flux based on the reflected light flux received by the detector, characterised in that the acquisition means is configured to perform interpolation to acquire a part of the cross-sectional shape that is missing from reflected light flux received at a position around the position where the cross-sectional shape part is missing. a light projecting optical system having a light source and emitting a measurement light flux from the light source toward a groove of a rim of an eyeglass frame; a light receiving optical system having a detector and causing the detector to receive a reflected light flux of the measurement light flux emitted toward the groove of the rim of the eyeglass frame by the light projecting optical system and reflected by the groove of the rim of the eyeglass frame; acquisition means for acquiring a cross-sectional shape of the groove of the rim of the eyeglass frame based on the reflected light flux received by the detector; change means (210, 220, 230, 240, 260) for changing a light receiving position of the reflected light flux; and control means (50, 310) for controlling the change means (210, 220, 230, 240, 260) to change the light receiving position of the reflected light flux such that the detector receives the reflected light flux of the groove of the rim, wherein the control means (50, 310) is configured to control the change means (210, 220, 230, 240, 260) to change the light receiving position of the reflected light flux based on the reflected light flux received by the detector, characterised in that the acquisition means is configured to perform interpolation to acquire a part of the cross-sectional shape that is missing from reflected light flux received at a position around the position where the cross-sectional shape part is missing.
A binder composition for a non-aqueous secondary battery electrode, comprising: a particulate polymer; and a surfactant, wherein a volume-average particle diameter, measured by a laser diffraction particle diameter distribution measurement device, of the particulate polymer is 0.01 μm or more and 0.1 μm or less, a glass-transition temperature, measured by a differential scanning calorimeter, of the particulate polymer is -50 °C or more and 15 °C or less, and a content of the surfactant is 0.1 parts by mass or more and 1.0 parts by mass or less relative to 100 parts by mass of the particulate polymer. a particulate polymer; and a surfactant, wherein a volume-average particle diameter, measured by a laser diffraction particle diameter distribution measurement device, of the particulate polymer is 0.01 μm or more and 0.1 μm or less, a glass-transition temperature, measured by a differential scanning calorimeter, of the particulate polymer is -50 °C or more and 15 °C or less, and a content of the surfactant is 0.1 parts by mass or more and 1.0 parts by mass or less relative to 100 parts by mass of the particulate polymer.
Filter chip, comprising an interconnection of at least a first and a second resonator (2, 3) operating with acoustic volume waves, wherein the first resonator operating with acoustic volume waves comprising a first piezoelectric layer structured with grooves passing through the first piezoelectric layer such that the first resonator has a lower resonance frequency than the second resonator.
A method for manufacturing a printed product, comprising the steps of: a) providing a matrix comprising a matrix surface having a plurality of recesses; and b) applying a first curable compound to said matrix surface and said recesses so as to fill said recesses with said first curable compound, characterized by the further steps of: c) covering said matrix surface and said recesses filled with said first curable compound by a pickup layer of a second curable compound; d) bringing said matrix in contact with a substrate surface of a substrate sheet; e) curing, at least partly, said first curable compound and said second curable compound; and f) separating said matrix surface from said substrate surface, leaving said pickup layer and said first curable compound on said substrate surface; wherein said pickup layer and said first curable compound filling said recesses are transferred together from said matrix surface onto said substrate surface; and wherein said first curable compound forms printed product micro features at said pickup layer covering said substrate surface. a) providing a matrix comprising a matrix surface having a plurality of recesses; and b) applying a first curable compound to said matrix surface and said recesses so as to fill said recesses with said first curable compound, c) covering said matrix surface and said recesses filled with said first curable compound by a pickup layer of a second curable compound; d) bringing said matrix in contact with a substrate surface of a substrate sheet; e) curing, at least partly, said first curable compound and said second curable compound; and f) separating said matrix surface from said substrate surface, leaving said pickup layer and said first curable compound on said substrate surface;
A toothbrush for brushing at least one arch of teeth in a mouth of a user, the toothbrush comprising: a brush assembly for introducing into the mouth of the user, the brush assembly comprising: (a) at least three bristle arrangements, each of said bristle arrangements including a plurality of opposing inwardly-directed bristles (122, 124) for simultaneously contacting facial and lingual surfaces of the teeth; and (b) flexible linkages interconnecting said at least three bristle arrangements, said flexible linkages being configured to maintain a relative spacing between said bristle arrangements while allowing variation of an effective curvature of the brush assembly such that said at least three bristle arrangements can ride along, and conform to a non-uniform curvature of, the arch of teeth, characterized in that the toothbrush further comprises a pair of rods attached to two contralateral regions of said brush assembly such that displacement of said pair of rods causes an entire part of the toothbrush that is inside the mouth to travel along the arch of teeth using the teeth as a monorail which defines a local curvature of the brush assembly. (a) at least three bristle arrangements, each of said bristle arrangements including a plurality of opposing inwardly-directed bristles (122, 124) for simultaneously contacting facial and lingual surfaces of the teeth; and (b) flexible linkages interconnecting said at least three bristle arrangements, said flexible linkages being configured to maintain a relative spacing between said bristle arrangements while allowing variation of an effective curvature of the brush assembly such that said at least three bristle arrangements can ride along, and conform to a non-uniform curvature of, the arch of teeth,
A ventilation apparatus comprising: a plurality of tubular conduit sections, each conduit section including; a first semi-tubular section and a second semi-tubular section, each semi-tubular section (30a, 30b) having a cross-sectional profile generally in the form of an open semi-circular annular element, when viewed along a longitudinal axis, wherein each of the first semi-tubular section and a second semi-tubular section includes one or more first radially extending stiffening bands, wherein each of the first and second semi-tubular sections (30a, 30b) includes a third engagement formation and a corresponding fourth engagement formation, wherein the third engagement formation includes a longitudinally extending rib, and the fourth engagement formation includes a corresponding longitudinally extending groove; wherein each tubular conduit includes a first engagement formation located at a longitudinal end of the tubular conduit, and a second engagement formation located at an opposing longitudinal end of the tubular conduit, wherein the first engagement formation is defined by a flared female end portion, further wherein the flared end portion is adapted to receive a second engagement portion defined by a male projection of an adjacent tubular conduit section, wherein the ventilation apparatus is characterized in that the longitudinally extending rib includes a cut-out and the longitudinally extending groove includes a corresponding tooth, the tooth and cut-out being adapted to interact to longitudinally align the first semi-tubular section and the second semi-tubular section. a plurality of tubular conduit sections, each conduit section including; a first semi-tubular section and a second semi-tubular section, each semi-tubular section (30a, 30b) having a cross-sectional profile generally in the form of an open semi-circular annular element, when viewed along a longitudinal axis, wherein each of the first semi-tubular section and a second semi-tubular section includes one or more first radially extending stiffening bands, wherein each of the first and second semi-tubular sections (30a, 30b) includes a third engagement formation and a corresponding fourth engagement formation, wherein the third engagement formation includes a longitudinally extending rib, and the fourth engagement formation includes a corresponding longitudinally extending groove; wherein each tubular conduit includes a first engagement formation located at a longitudinal end of the tubular conduit, and a second engagement formation located at an opposing longitudinal end of the tubular conduit, wherein the first engagement formation is defined by a flared female end portion, further wherein the flared end portion is adapted to receive a second engagement portion defined by a male projection of an adjacent tubular conduit section, wherein the ventilation apparatus is characterized in that the longitudinally extending rib includes a cut-out and the longitudinally extending groove includes a corresponding tooth, the tooth and cut-out being adapted to interact to longitudinally align the first semi-tubular section and the second semi-tubular section.
A motorised head for a breast pump comprising a motor unit including a motor and a drive mechanism for driving a pump, a body mounting portion which is fixedly mountable to a body of a breast pump, characterised by a motor mounting portion on which the motor and drive mechanism are disposed, and a resiliently deformable member connecting the body mounting portion and the motor mounting portion such that the resiliently deformable member reduces the transfer of vibration caused by the motor or drive mechanism to a body of a breast pump to which the body mounting portion is mounted.
Compressor device with a housing and provided with at least one compressor element and a drive for the compressor element, wherein all bearings of at least one shaft in the compressor device configured to carry static axial load, are provided with a bearing damper which comprises a coupling element and at least one damping element, wherein the bearing damper is installed with the aid of the coupling element between a bearing of the compressor device and the housing of the compressor device, wherein the coupling element allows little or no movement of the bearing relative to the housing in the radial direction compared to the axial direction and wherein the damping element is configured to dampen the axial movement of the bearing relative to the housing characterized in that the damping element is made of a damping elastomer material, the coupling element is a ring-shaped element which comprises at least one ring, and in that the ring-shaped element is composed of at least two rings adjacent to each other, with damping elements provided between the rings. wherein the bearing damper is installed with the aid of the coupling element between a bearing of the compressor device and the housing of the compressor device, wherein the coupling element allows little or no movement of the bearing relative to the housing in the radial direction compared to the axial direction and wherein the damping element is configured to dampen the axial movement of the bearing relative to the housing characterized in that the damping element is made of a damping elastomer material, the coupling element is a ring-shaped element which comprises at least one ring, and in that the ring-shaped element is composed of at least two rings adjacent to each other, with damping elements provided between the rings.
Orthodontic elastic harmonizer device for dental-skull-facial apparatus (1, 10, 20, 20', 30, 40, 50, 60) comprising: - at least a couple of vestibular flanges extending up to cover maxilla and mandible teeth and gingival vestibular of the maxilla and mandible teeth; - at least a couple of lingual-palatal flanges extending to cover the palatal and lingual surfaces of the maxilla and mandible teeth and comprising a steep inclined plane extending from the back incisive plantar edge until lower frontal teeth configured to drive the tongue on the palate; - at least an occlusal plane (3, 3', 3", 3''') to connect said flanges (2, 6); and - concave and empty volumes defined by said vestibular and lingual-palatal flanges and said occlusal plane (3, 3', 3", 3'''); characterized in comprising: - protrusions on each edge of a back portion of the top lingual-palatal flange used as reference points configured to indicate the position of with respect to the arch of the patient, in correspondence of the molar position and a first and a second guide groove configured to accommodate removable ties therebetween on a lateral back portion of the upper surface of said occlusal plane (3, 3', 3", 3'''), the first guide groove placed at the corner between said occlusal plane (3, 3',3", 3''') and said vestibular flanges and the second guide groove placed at the corner between the occlusal plane (3, 3',3", 3''') and the lingual-palatal flanges; - an indentation suitable to unload the back incisive papilla positioned in the top lingual-palatal flange; and - an occlusal guide (13, 14, 15) configured as alignment means for aligning the upper teeth with the lower teeth. - at least a couple of vestibular flanges extending up to cover maxilla and mandible teeth and gingival vestibular of the maxilla and mandible teeth; - at least a couple of lingual-palatal flanges extending to cover the palatal and lingual surfaces of the maxilla and mandible teeth and comprising a steep inclined plane extending from the back incisive plantar edge until lower frontal teeth configured to drive the tongue on the palate; - at least an occlusal plane (3, 3', 3", 3''') to connect said flanges (2, 6); and - concave and empty volumes defined by said vestibular and lingual-palatal flanges and said occlusal plane (3, 3', 3", 3'''); - protrusions on each edge of a back portion of the top lingual-palatal flange used as reference points configured to indicate the position of with respect to the arch of the patient, in correspondence of the molar position and a first and a second guide groove configured to accommodate removable ties therebetween on a lateral back portion of the upper surface of said occlusal plane (3, 3', 3", 3'''), the first guide groove placed at the corner between said occlusal plane (3, 3',3", 3''') and said vestibular flanges and the second guide groove placed at the corner between the occlusal plane (3, 3',3", 3''') and the lingual-palatal flanges; - an indentation suitable to unload the back incisive papilla positioned in the top lingual-palatal flange; and - an occlusal guide (13, 14, 15) configured as alignment means for aligning the upper teeth with the lower teeth.
A refrigerator, comprising: a communication device at the refrigerator configured to connect to a communication network; an object detection sensor provided at a refrigerator door, and configured to detect an object within a predetermined distance from the object detection sensor; and a controller configured to control the refrigerator to operate in a specific mode based on a connected state between the communication network and at least one of a plurality of mobile terminals, wherein in response to receiving an object sensing signal from the object detection sensor while the refrigerator is operating in the specific mode, the controller is configured to control the communication device to send a notification to at least one of the preset mobile terminals through the communication network, characterized in that: the object detection sensor includes: a first sensor configured to sense a first object; and a second sensor disposed below the first sensor at the refrigerator door and configured to sense a second object, the second object having a smaller height than the first object, and the controller is configured to control not to send a notification, when an object is sensed by the second sensor and not by the first sensor. a communication device at the refrigerator configured to connect to a communication network; an object detection sensor provided at a refrigerator door, and configured to detect an object within a predetermined distance from the object detection sensor; and a controller configured to control the refrigerator to operate in a specific mode based on a connected state between the communication network and at least one of a plurality of mobile terminals, wherein in response to receiving an object sensing signal from the object detection sensor while the refrigerator is operating in the specific mode, the controller is configured to control the communication device to send a notification to at least one of the preset mobile terminals through the communication network, characterized in that: the object detection sensor includes: a first sensor configured to sense a first object; and a second sensor disposed below the first sensor at the refrigerator door and configured to sense a second object, the second object having a smaller height than the first object, and a first sensor configured to sense a first object; and a second sensor disposed below the first sensor at the refrigerator door and configured to sense a second object, the second object having a smaller height than the first object, and the controller is configured to control not to send a notification, when an object is sensed by the second sensor and not by the first sensor.
A device for manufacturing an absorbent article comprising: a forming mechanism of forming a plurality of absorbent articles including a front waistline region, a back waistline region, and a crotch region positioned between the front waistline region and the back waistline region, by arranging an absorber on a web in which the components configuring the absorbent articles are in continuity, followed by folding the web along a conveyance direction, and then cutting the web along the side surfaces in a widthwise direction of the absorbent articles positioned at a side of the front waistline region and at a side of the back waistline region; a conveyance mechanism of continuously conveying the absorbent articles formed by the forming mechanism; and a counting mechanism of counting the absorbent articles supplied in continuation from the conveyance mechanism, wherein the counting mechanism includes a plurality of guide members configured to retain the absorbent articles, a movement member configured to move the guide members in a direction along a horizontal direction, and support members arranged on a lower side of the guide members in a vertical direction, and is configured to move the absorbent articles supplied from the conveyance mechanism while being sandwiched by the guide members, and then count the absorbent articles, the guide members protrude out from the outer circumference surface of the movement member along the horizontal direction, and are arranged adjacent to each other along the horizontal direction, and opposing surfaces opposing each other in the guide members are the surfaces that sandwich the absorbent articles, and are arranged along the vertical direction, characterized in that the conveyance mechanism is configured to feed the absorbent articles along the opposing surfaces, from the upper side of the guide members in the vertical direction towards the space between the guide members, and the support members are configured from a sponge or a rubber, or a sponge or a rubber is provided on an upper surface of the support members.