mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge device comprising: a media reel-out unit configured and arranged to reel out media; a reel-out volume adjustment unit configured and arranged to adjust a reel-out volume of the media reeled out from the media reel-out unit based on change in a slack volume of the media at a position downstream from the media reel-out unit; characterized by a first sensor arranged at a position facing at least one edge part in a media width direction of the media, wherein the first sensor is adapted to produce sensing information based on a distance between the first sensor and the media; and a second sensor arranged spaced apart from the first sensor in the media width direction, wherein the slack volume of the media is ascertained using the sensing information of the first sensor, and presence or absence of meandering of the media is ascertained using sensing information of the first sensor and the second sensor. a media reel-out unit configured and arranged to reel out media; a reel-out volume adjustment unit configured and arranged to adjust a reel-out volume of the media reeled out from the media reel-out unit based on change in a slack volume of the media at a position downstream from the media reel-out unit; characterized by a first sensor arranged at a position facing at least one edge part in a media width direction of the media, wherein the first sensor is adapted to produce sensing information based on a distance between the first sensor and the media; and a second sensor arranged spaced apart from the first sensor in the media width direction, wherein the slack volume of the media is ascertained using the sensing information of the first sensor, and presence or absence of meandering of the media is ascertained using sensing information of the first sensor and the second sensor.
Multilayered flexible hose containing the following layers: - a single-ply or multi-ply outer layer based on at least one elastomer and - at least one single-ply or multi-ply strength member layer comprising at least one textile strength member and - a single-ply or multi-ply inner layer based on at least one elastomer, wherein the surface of the at least one strength member is functionalized with at least one organofunctional silane, characterized in that the organofunctional silane on the surface of the strength member comprises at least one hydrolyzed vinyl- and amino-functionalized oligosilane. - a single-ply or multi-ply outer layer based on at least one elastomer and - at least one single-ply or multi-ply strength member layer comprising at least one textile strength member and - a single-ply or multi-ply inner layer based on at least one elastomer,
A dual-function heat indicator comprising: a substrate; a cumulative exposure indicator supported by the substrate in a viewable, layered configuration, the cumulative exposure indicator being color-changeable in response to a cumulative heat exposure; a peak exposure indicator supported by the substrate in the viewable, layered configuration, the peak exposure indicator comprising a meltable solid configured to melt upon exposure to a predetermined peak heat exposure, the meltable solid configured to change transparency in response to the melting of the meltable solid, the transparency change persisting after the meltable solid re-solidifies; and a colored background under the meltable solid that is dark relative to the meltable solid, wherein the meltable solid is initially opaque, obscuring the background, and is configured to become transparent after melting and to remain transparent after re-solidifying, revealing the background; wherein the cumulative exposure indicator and the peak exposure indicator function independently from each other with the visual outputs of the cumulative exposure indicator and the peak exposure indicator integrated in a single overlapping display. a substrate; a cumulative exposure indicator supported by the substrate in a viewable, layered configuration, the cumulative exposure indicator being color-changeable in response to a cumulative heat exposure; a peak exposure indicator supported by the substrate in the viewable, layered configuration, the peak exposure indicator comprising a meltable solid configured to melt upon exposure to a predetermined peak heat exposure, the meltable solid configured to change transparency in response to the melting of the meltable solid, the transparency change persisting after the meltable solid re-solidifies; and a colored background under the meltable solid that is dark relative to the meltable solid, wherein the meltable solid is initially opaque, obscuring the background, and is configured to become transparent after melting and to remain transparent after re-solidifying, revealing the background; wherein the cumulative exposure indicator and the peak exposure indicator function independently from each other with the visual outputs of the cumulative exposure indicator and the peak exposure indicator integrated in a single overlapping display.
A reticle comprising: a) a primary horizontal cross-hair; b) a primary vertical cross-hair that intersects said primary horizontal cross-hair to form an upper right quadrant, an upper left quadrant, a lower left quadrant and a lower right quadrant; c) two or more vertical hash-marks upon said primary horizontal cross-hair; and d) at least two triangular markings above said vertical hash-marks in at least the upper right quadrant and the upper left quadrant, wherein said triangular markings are positioned such that a point of each of said triangular markings points to said primary vertical cross-hair. a) a primary horizontal cross-hair; b) a primary vertical cross-hair that intersects said primary horizontal cross-hair to form an upper right quadrant, an upper left quadrant, a lower left quadrant and a lower right quadrant; c) two or more vertical hash-marks upon said primary horizontal cross-hair; and d) at least two triangular markings above said vertical hash-marks in at least the upper right quadrant and the upper left quadrant, wherein said triangular markings are positioned such that a point of each of said triangular markings points to said primary vertical cross-hair.
A movable bed, composed by combining a bed main portion and a wheelchair, being capable of supporting a bed back bottom of the bed main portion and a chair back bottom of the wheelchair from back surfaces by a first bed frame of the bed main portion at time of combination, and performing a back lifting action, wherein the wheelchair comprises: a chair bottom portion composed by coupling a plurality of bottoms (13a-13e) including the chair back bottom; a chair base portion that supports the chair bottom portion; characterized in that the wheelchair further comprises: a rail member arranged in the chair back bottom, and having a cutout portion; and a first chair frame installed rotatably about a rotation point (14a-4) with respect to the chair base portion, the first chair frame having a sliding portion engaged with the rail member so as to be slidable along the rail member and disengageable from the rail member in the cutout portion, and in a state where an inclination angle of the chair back bottom is 0°, the first chair frame and the chair back bottom are disengaged so as to be separable from each other by locating the sliding portion in the cutout portion, whereas in a state where the wheelchair is in a chair posture, the sliding portion is engaged with the rail member so as to be slidable along the rail member. a chair bottom portion composed by coupling a plurality of bottoms (13a-13e) including the chair back bottom; a chair base portion that supports the chair bottom portion; a rail member arranged in the chair back bottom, and having a cutout portion; and a first chair frame installed rotatably about a rotation point (14a-4) with respect to the chair base portion, the first chair frame having a sliding portion engaged with the rail member so as to be slidable along the rail member and disengageable from the rail member in the cutout portion, and in a state where an inclination angle of the chair back bottom is 0°, the first chair frame and the chair back bottom are disengaged so as to be separable from each other by locating the sliding portion in the cutout portion, whereas in a state where the wheelchair is in a chair posture, the sliding portion is engaged with the rail member so as to be slidable along the rail member.
A multipath capable network device (80, 160, 240) for centrally monitoring and controlling data traffic to and/or from a multipath capable customer equipment (20, 110, 210), wherein the multipath capable network device (80, 160, 240) is configured to be connected to a data network (90, 150, 250) and, via a multipath transmission link (65, 180, 181, 260) established over at least one access network (50, 60, 140, 141, 220), to at least one multipath capable customer equipment (20, 110, 210) in order to enable the at least one multipath capable customer equipment (20, 110, 210) to get access to the data network (90, 150, 250) and/or services provided by the data network, and wherein the multipath capable network device (80, 160, 240) is further configured to perform a protection software component stored in the network device (80, 160, 240) to monitor and control data traffic transmitted through each single path of an established multipath transmission link (65, 180, 181, 260) from and/or to at least one multipath capable customer equipment (20, 110, 210) in response to at least one protection rule to detect malware or a cyber attack in response to predefined patterns stored in the multipath capable network device (20, 110, 210). the multipath capable network device (80, 160, 240) is configured to be connected to a data network (90, 150, 250) and, via a multipath transmission link (65, 180, 181, 260) established over at least one access network (50, 60, 140, 141, 220), to at least one multipath capable customer equipment (20, 110, 210) in order to enable the at least one multipath capable customer equipment (20, 110, 210) to get access to the data network (90, 150, 250) and/or services provided by the data network, and wherein the multipath capable network device (80, 160, 240) is further configured to perform a protection software component stored in the network device (80, 160, 240) to monitor and control data traffic transmitted through each single path of an established multipath transmission link (65, 180, 181, 260) from and/or to at least one multipath capable customer equipment (20, 110, 210) in response to at least one protection rule to detect malware or a cyber attack in response to predefined patterns stored in the multipath capable network device (20, 110, 210).
Hand-operated power tool, in particular grinding machine, with a bar-shaped handle element for grasping by an operator, and a machining head movably mounted on the handle element via a hinge arrangement and having an electrical drive motor for driving a tool holder provided for holding a machining tool and, between the drive motor and the tool holder, a speed-reducing gear for speed reduction of a speed of an output of the drive motor relative to a speed of the tool holder, wherein the drive motor is a brushless motor and, at a distance from the drive motor there is provided on the handle element a current supply device for the drive motor which is connected to the drive motor via a line assembly, characterised in that a rotation axis of the output of the drive motor and a rotation axis of the tool holder are parallel to or at a maximum angle of 30° from one another.
An adjusting device which is connected to a load and to a plurality of storage battery units that are connected in parallel, and which is configured to adjust voltage differences among said plurality of storage battery units, comprising: switches (2a1-2a3) that are provided between said storage battery unit and said load for each of said storage battery units, and that are configured to be turned ON during detection intervals for detecting currents from said storage battery units; detection means that are configured to detect currents that are supplied from each of said plurality of storage battery units during said detection intervals; and adjusting means that, based on the detection result of said detection means, are configured to control the ON/OFF state of said switches (2a1-2a3) during adjustment intervals, in which voltage differences among said plurality of storage battery units are adjusted, such that said voltage differences are reduced, characterized in that said adjusting means are configured to cause the ON time interval for object switches (2a5 and 2a6), that are connected to, from among said plurality of storage battery units, object storage battery units that are configured to supply currents that differ from the highest current among said plurality of currents by more than a threshold value, to be shorter than the ON time interval for switches (2a1-2a3) that are connected to storage battery units other than said object storage battery units. switches (2a1-2a3) that are provided between said storage battery unit and said load for each of said storage battery units, and that are configured to be turned ON during detection intervals for detecting currents from said storage battery units; detection means that are configured to detect currents that are supplied from each of said plurality of storage battery units during said detection intervals; and adjusting means that, based on the detection result of said detection means, are configured to control the ON/OFF state of said switches (2a1-2a3) during adjustment intervals, in which voltage differences among said plurality of storage battery units are adjusted, such that said voltage differences are reduced, characterized in that said adjusting means are configured to cause the ON time interval for object switches (2a5 and 2a6), that are connected to, from among said plurality of storage battery units, object storage battery units that are configured to supply currents that differ from the highest current among said plurality of currents by more than a threshold value, to be shorter than the ON time interval for switches (2a1-2a3) that are connected to storage battery units other than said object storage battery units.
A composition comprising: a) one or more organotitanates or organozirconates having four ligands wherein the ligands are hydrocarbyl, optionally containing one or more functional groups having one or more heteroatoms selected from the group comprising oxygen, nitrogen, phosphorus and sulfur wherein two or more of the ligands may form a cyclic structure; b) one or more mercaptosilanes; c) one or more polyaminosilanes; d) one or more secondary aminosilanes; e) one or more solvents which dissolve the components of the composition and f) from 0.00001 to 0.5 percent by weight based on the weight of the composition of one or more organotin compounds. a) one or more organotitanates or organozirconates having four ligands wherein the ligands are hydrocarbyl, optionally containing one or more functional groups having one or more heteroatoms selected from the group comprising oxygen, nitrogen, phosphorus and sulfur wherein two or more of the ligands may form a cyclic structure; b) one or more mercaptosilanes; c) one or more polyaminosilanes; d) one or more secondary aminosilanes; e) one or more solvents which dissolve the components of the composition and f) from 0.00001 to 0.5 percent by weight based on the weight of the composition of one or more organotin compounds.
Haptic control handle (203; 203') for a carriage equipped with two motorised wheels, the control handle (203;203') comprising a handle bar (207; 207') that is coupled to two test bodies (205A, 205B; 205A', 205B') that are intended to be rigidly connected to the carriage and each comprising two deformable zones (215/216, 217/218) equipped with first and second sensors (A1/A2, B1/B2), respectively, said sensors being suitable for generating respective electrical signals in response to deformations of the deformable zones of the test body when the user acts on the handle bar (207; 207'), the control handle comprising means for processing these numerical values that are suitable for: - generating respective numerical values (SA1/SA2, SB1/SB2) from the electrical signals of the sensors; - discriminating, based on the numerical values, four actions on the handle bar, of which one action is to push on the handle bar, one action is to pull on the handle bar; one action is to the left, and one action is to the right; - and generating corresponding orders for the motorised wheels, in order to turn the motors of the wheels in the same direction in response to the action in order to move the carriage in a first advancement direction; to turn the motors of the wheels in the same direction in response to the action in order to move the carriage in a second advancement direction that is opposite to the first advancement direction; to turn the motors of the wheels in opposite directions in response to action in order to pivot the carriage in a first pivoting direction; and to turn the motors of the wheels in opposite directions in response to action in order to pivot the carriage in a second pivoting direction that is opposite to the first pivoting direction. - generating respective numerical values (SA1/SA2, SB1/SB2) from the electrical signals of the sensors; - discriminating, based on the numerical values, four actions on the handle bar, of which one action is to push on the handle bar, one action is to pull on the handle bar; one action is to the left, and one action is to the right; - and generating corresponding orders for the motorised wheels, in order to turn the motors of the wheels in the same direction in response to the action in order to move the carriage in a first advancement direction; to turn the motors of the wheels in the same direction in response to the action in order to move the carriage in a second advancement direction that is opposite to the first advancement direction; to turn the motors of the wheels in opposite directions in response to action in order to pivot the carriage in a first pivoting direction; and to turn the motors of the wheels in opposite directions in response to action in order to pivot the carriage in a second pivoting direction that is opposite to the first pivoting direction.
Extractable roller bearing designed to be extracted from the central shaft and/or the peripheral housing on which it can be fitted in a fixed arrangement, bounded on both sides by two transverse faces (9a, 9b), at least one of which is an accessible transverse face, comprising an inner ring, an outer ring and, in a gap between the two rings (4, 5), an arrangement of rollers including a cage and rollers bounded by two transverse faces (13a, 13b), at least one of which is an accessible transverse face disposed to the side of the accessible transverse face, said bearing being provided with at least two anchoring holes provided in at least two rollers with anchoring holes constituting part of the N rollers, spaced apart from one another, more particularly spaced in a substantially regular arrangement, the at least two anchoring holes opening via a terminal access opening into the accessible transverse face, extending at least in the direction of the axis of the bearing and having at least one internal anchoring means at least when subjected to a traction force in the direction of a same accessible transverse face of the bearing into which the at least two anchoring holes open, capable of and designed for accommodating, by means of a relative sliding movement, and co-operating with two engaging elements of a bearing extraction device so as to obtain a joined arrangement at least when subjected to a traction force in the direction of the accessible transverse face.
A production method for a case-integrated bonded magnet, by comprising: a filling step that fills a tubular cavity with a magnet raw material, the magnet raw material including one or more types of rare-earth magnet powder and a thermosetting resin to be a binder; a heating and molding step that heats the magnet raw material to cause the thermosetting resin to be in softened state or molten state while compressively molding the magnet raw material to obtain a tubular compact; a discharging and press-fitting step that discharges the tubular compact which is in a warm state from the tubular cavity while press-fitting the tubular compact into a metal tubular case having an inner peripheral surface coaxial with the tubular cavity; and a heat-curing step that heats the tubular compact with the tubular case to cure the thermosetting resin, wherein a case-integrated bonded magnet is obtained in which a tubular bonded magnet formed from the tubular compact is integrated with the tubular case. a filling step that fills a tubular cavity with a magnet raw material, the magnet raw material including one or more types of rare-earth magnet powder and a thermosetting resin to be a binder; a heating and molding step that heats the magnet raw material to cause the thermosetting resin to be in softened state or molten state while compressively molding the magnet raw material to obtain a tubular compact; a discharging and press-fitting step that discharges the tubular compact which is in a warm state from the tubular cavity while press-fitting the tubular compact into a metal tubular case having an inner peripheral surface coaxial with the tubular cavity; and a heat-curing step that heats the tubular compact with the tubular case to cure the thermosetting resin, wherein a case-integrated bonded magnet is obtained in which a tubular bonded magnet formed from the tubular compact is integrated with the tubular case.
An electric power steering apparatus including a power supply and power supply managing means for controlling an operation of the power supply, wherein the power supply includes a main power supply, an auxiliary power supply connected in series to the main power supply, a boost circuit that charges the auxiliary power supply by boosting an output voltage of the main power supply and applying the boosted output voltage to the auxiliary power supply, and voltage detecting means for detecting an output voltage of the auxiliary power supply, characterized in that: when a reduction amount per unit time of the output voltage detected by the voltage detecting means exceeds a voltage reduction amount (ΔVmax) over a predetermined time, the power supply managing means determines that an abnormality has occurred in an output destination of the power supply. when a reduction amount per unit time of the output voltage detected by the voltage detecting means exceeds a voltage reduction amount (ΔVmax) over a predetermined time, the power supply managing means determines that an abnormality has occurred in an output destination of the power supply.
A method for perfusion culture of an organ or tissue extirpated from a mammal, wherein said organ or tissue is extirpated together with a second organ or tissue which is connected to the organ or tissue in vivo, comprising: a step of hanging the organ or tissue by fixing the second organ or tissue, and a step of perfusing the blood vessels in the organ or tissue with a perfusate, wherein in the step of perfusing, at least a part of the organ or tissue is immersed in a liquid, wherein the organ or tissue is a liver or a kidney, when the organ or tissue is a liver, the second organ or tissue is a diaphragm, or a diaphragm and the rib, and when the organ or tissue is a kidney, the second organ or tissue is adipose tissue surrounding a kidney. a step of hanging the organ or tissue by fixing the second organ or tissue, and a step of perfusing the blood vessels in the organ or tissue with a perfusate, wherein in the step of perfusing, at least a part of the organ or tissue is immersed in a liquid, wherein the organ or tissue is a liver or a kidney, when the organ or tissue is a liver, the second organ or tissue is a diaphragm, or a diaphragm and the rib, and when the organ or tissue is a kidney, the second organ or tissue is adipose tissue surrounding a kidney.