mhurhangee/ep-ind-claims huggingface dataset:
Use of a carbon black for suppressing a decrease in melt viscosity in a liquid crystalline resin composition comprising a liquid crystalline resin, a filler, and said carbon black, wherein said liquid crystalline resin is a liquid crystalline polyester having a repeating unit, a repeating unit and a repeating unit: in which Ar 1 represents a phenylene group, a naphthylene group or a biphenylylene group; each of Ar 2 and Ar 3 independently represents a phenylene group, a naphthylene group, a biphenylylene group or a group represented by the following formula, each of X and Y independently represents an oxygen atom or an imino group -NH-; and each of hydrogen atoms in the group represented by Ar 1, Ar 2 or Ar 3 may be independently substituted with a halogen atom, an alkyl group or an aryl group; in which Ar 4 and Ar 5 each independently represent a phenylene group or a naphthylene group; and Z represents an oxygen atom, a sulfur atom, a carbonyl group, a sulfonyl group or an alkylidene group, a content of said filler is 5 parts by mass or more and 100 parts by mass or less with respect to 100 parts by mass of said liquid crystalline resin, a content of said carbon black is 0.1 parts by mass or more and 5 parts by mass or less with respect to 100 parts by mass of said liquid crystalline resin, and a total content of 8 substances described in the following Table 1 and contained in said carbon black is less than 2.5 ppm, as determined in accordance with the description. [Table 1] Substance name CAS number Benzo(a)anthracene 56-55-3 Benzo(a)pyrene 50-32-8 B enzo(b)fluoranthene 205-99-2 B enzo(k)fluoranthene 207-08-9 Chrvsene 218-01-9 Dibenzo(a,h)anthracene 53-70-3 Benzo(e)pyrene 192-97-2 Benzo(j)fluoranthene 205-82-3 a content of said filler is 5 parts by mass or more and 100 parts by mass or less with respect to 100 parts by mass of said liquid crystalline resin, a content of said carbon black is 0.1 parts by mass or more and 5 parts by mass or less with respect to 100 parts by mass of said liquid crystalline resin, and a total content of 8 substances described in the following Table 1 and contained in said carbon black is less than 2.5 ppm, as determined in accordance with the description. [Table 1] Substance name CAS number Benzo(a)anthracene 56-55-3 Benzo(a)pyrene 50-32-8 B enzo(b)fluoranthene 205-99-2 B enzo(k)fluoranthene 207-08-9 Chrvsene 218-01-9 Dibenzo(a,h)anthracene 53-70-3 Benzo(e)pyrene 192-97-2 Benzo(j)fluoranthene 205-82-3
A painting system for painting a shoe sole portion (200, 600, 1000, 1411) of a shoe, the painting system comprising: a jig (400, 1410) comprising a bottom plate having a first multi-layer deforming layer and a first rigid layer and a top plate pivotably coupled to the bottom plate, the top plate having a second multi-layer deforming layer and a second rigid layer, wherein the top plate and the bottom plate are adapted such that an upper surface and a lower surface (210, 610) of the shoe sole portion (200, 600, 1000, 1411) are completely covered by the top plate and the bottom plate of the jig (400, 1410) when the jig (400, 1410) is in a closed position, and at least a portion of a side surface (212, 612, 1010) of the shoe sole portion (200, 600, 1000, 1411) is left exposed when the jig (400, 1410) is in the closed position; and a painting station adapted to automatically paint the exposed portion of the side surface (212, 612, 1010) of the shoe sole portion (200, 600, 1000, 1411) while the shoe sole portion (200, 600, 1000, 1411) is positioned in the jig (400, 1410). a jig (400, 1410) comprising a bottom plate having a first multi-layer deforming layer and a first rigid layer and a top plate pivotably coupled to the bottom plate, the top plate having a second multi-layer deforming layer and a second rigid layer, wherein the top plate and the bottom plate are adapted such that an upper surface and a lower surface (210, 610) of the shoe sole portion (200, 600, 1000, 1411) are completely covered by the top plate and the bottom plate of the jig (400, 1410) when the jig (400, 1410) is in a closed position, and at least a portion of a side surface (212, 612, 1010) of the shoe sole portion (200, 600, 1000, 1411) is left exposed when the jig (400, 1410) is in the closed position; and a painting station adapted to automatically paint the exposed portion of the side surface (212, 612, 1010) of the shoe sole portion (200, 600, 1000, 1411) while the shoe sole portion (200, 600, 1000, 1411) is positioned in the jig (400, 1410).
Apparatus comprising: conformable material arranged to, when placed adjacent to the skin of a user, undergo deformation conforming to deformation of the skin; and a plurality of sensors (12a - 12i) arranged to provide respective outputs corresponding to the movement of said sensors with respect to one another in response to said deformation of the skin; said sensors flexure sensitive piezoelectric material configured to respond to flexural and/or stretching deformation of said sensors by generating an electrical charge, a controller connected to said sensors by conductors (7a-7c, 8a-8c) and arranged to monitor charges generated by said sensing material, and the apparatus being characterised by active feedback elements arranged to exert pressure on said skin in response to a control signal from the controller supplied via the conductors wherein said sensors are used as said active feedback elements, such that the sensors are operable in a first mode whereby said sensors act to sense flexural and/or stretching deformations of said sensors, when exposed to mechanical deformation, and the sensors are operable in a second mode whereby said sensors act as actuators for generating mechanical vibrations in accordance with the control signal from the controller. conformable material arranged to, when placed adjacent to the skin of a user, undergo deformation conforming to deformation of the skin; and a plurality of sensors (12a - 12i) arranged to provide respective outputs corresponding to the movement of said sensors with respect to one another in response to said deformation of the skin; said sensors flexure sensitive piezoelectric material configured to respond to flexural and/or stretching deformation of said sensors by generating an electrical charge, a controller connected to said sensors by conductors (7a-7c, 8a-8c) and arranged to monitor charges generated by said sensing material, and the apparatus being characterised by active feedback elements arranged to exert pressure on said skin in response to a control signal from the controller supplied via the conductors wherein said sensors are used as said active feedback elements, such that the sensors are operable in a first mode whereby said sensors act to sense flexural and/or stretching deformations of said sensors, when exposed to mechanical deformation, and the sensors are operable in a second mode whereby said sensors act as actuators for generating mechanical vibrations in accordance with the control signal from the controller.
A charge pump circuit which alternately repeats a first state in which electric charges from an input power source are accumulated in a capacitor and a second state in which the electric charges accumulated in the capacitor are transferred to a power source supply part, to thereby generate an output voltage having a predetermined polarity, the charge pump circuit comprising supply current amount control means for controlling the amount of current supplied to the capacitor, on the basis of an amount of a current flowing through an amplifier which is supplied by the output voltage generated by the charge pump circuit, wherein the supply current amount control means controls the supply amount of the current when the electric charges are accumulated in the capacitor, on the basis of an amount of a current flowing through an output part of the amplifier; and the supply current amount control means includes a current generation part for generating a second current proportional to a first current which is an output current of an output stage of the amplifier circuit, the current generation part being in a current mirror relation with the first current; and the supply current amount control means controls the amount of the current supplied to the capacitor, on the basis of the second current generated by the current generation part.
A method for operating a user equipment, UE, the method comprising: detecting, by the UE, a failure of a first beam between the UE and an access node, and based thereon, detecting, by the UE, a second beam between the UE and the access node, sending, by the UE to the access node, a beam failure recovery request, BFRQ, on one or more physical random access channel, PRACH, resources associated with a third beam conveying a reference signal, wherein the third beam and the second beam are quasi co-located, QCLed, wherein the BFRQ includes a group identifier associated with a UE group including the UE, and monitoring, by the UE, one or more PRACH response opportunities associated with the one or more PRACH resources for a beam failure recovery response, BFRP, wherein the UE is a group lead UE, GLUE, of the UE group. detecting, by the UE, a second beam between the UE and the access node, sending, by the UE to the access node, a beam failure recovery request, BFRQ, on one or more physical random access channel, PRACH, resources associated with a third beam conveying a reference signal, wherein the third beam and the second beam are quasi co-located, QCLed, wherein the BFRQ includes a group identifier associated with a UE group including the UE, and monitoring, by the UE, one or more PRACH response opportunities associated with the one or more PRACH resources for a beam failure recovery response, BFRP, wherein the UE is a group lead UE, GLUE, of the UE group.
A light conversion device, comprising: a substrate; and a first wavelength conversion element secured to a front surface of the substrate, wherein the first wavelength conversion element comprises a phosphor and one or more dielectric interference particles dispersed within a host material, characterized in that the one or more dielectric interference particles are formed from alternating thin film layers of at least one high index material and at least one low index material, and in that a high index material is a material with a lower speed of light when light passes through the material and a low index material is a material with a higher speed of light when light passes through the material. a substrate; and a first wavelength conversion element secured to a front surface of the substrate, wherein the first wavelength conversion element comprises a phosphor and one or more dielectric interference particles dispersed within a host material, the one or more dielectric interference particles are formed from alternating thin film layers of at least one high index material and at least one low index material, and in that a high index material is a material with a lower speed of light when light passes through the material and a low index material is a material with a higher speed of light when light passes through the material.
Folding device for an external mirror of a motor vehicle which comprises a mirror base and a mirror upper, wherein by means of the folding device the mirror upper can be folded in and/or folded out relative to the mirror base, wherein the folding device comprises a carrier which can be connected to one of the elements mirror upper or mirror base and comprises a motor which is secured to the carrier and which has a motor shaft, wherein the folding device comprises an output which can be connected to the other of the elements mirror base or mirror upper, wherein the output is connected to the motor shaft by means of a gear mechanism, wherein the motor shaft and the axle of the output are located parallel with each other, characterized in that the motor, output and gear mechanism are positioned relative to each other by means of a single component, that is to say, the carrier, and are supported directly in or on this component, that is to say, the carrier, so that the axial spacings of the motor shaft, axle of the output and the axles of the gear elements (7, 8) which are located therebetween are determined by means of the single component, that is to say, the carrier.
A straddle-type vehicle comprising: a transmission; an actuator configured to actuate the transmission to change shift positions; a shift change request input part operable by a rider; and a controller configured to control the shift positions of the transmission by activating the actuator, wherein said controller has an auto mode of controlling the transmission to be set at a shift position according to an driving state of the vehicle and a manual mode of controlling the transmission in response to a shift change request received from the shift change request input part, and characterised in that, when a first operation for the shift change request input part is performed in the auto mode, the controller is configured to switch from the auto mode to the manual mode and change shift position in response to the first operation, and then, maintain the manual mode until a predetermined operation is performed by the rider, and when a second operation for the shift change request input part is performed in the auto mode, the controller is configured to switch from the auto mode to the manual mode and change shift position in response to the second operation, and then, when a predetermined condition is fulfilled, return to the auto mode without an operation by the rider. a transmission; an actuator configured to actuate the transmission to change shift positions; a shift change request input part operable by a rider; and a controller configured to control the shift positions of the transmission by activating the actuator, wherein said controller has an auto mode of controlling the transmission to be set at a shift position according to an driving state of the vehicle and a manual mode of controlling the transmission in response to a shift change request received from the shift change request input part, and characterised in that, when a first operation for the shift change request input part is performed in the auto mode, the controller is configured to switch from the auto mode to the manual mode and change shift position in response to the first operation, and then, maintain the manual mode until a predetermined operation is performed by the rider, and when a second operation for the shift change request input part is performed in the auto mode, the controller is configured to switch from the auto mode to the manual mode and change shift position in response to the second operation, and then, when a predetermined condition is fulfilled, return to the auto mode without an operation by the rider.
A ceiling element for the construction of building ceilings, which element is in the form of a composite part of wood and reinforced concrete, wherein the ceiling element comprises at least two wooden beams running parallel to one another in a longitudinal direction of the ceiling element and a reinforced concrete body which has a plate-shaped portion resting on the wooden beams and furthermore has first and second portions, in the form of edge beams (7, 8), running at an angle to the wooden beams and contacting with the opposite end faces (9, 10) of the wooden beams, characterised in that at the two opposite end faces (9, 10) of a respective wooden beam there is in each case at least one connecting member connected to the wooden beam, which connecting member protrudes beyond the respective end face (9, 10) of the wooden beam and is embedded in the concrete of the respective edge beam (7, 8).
Binder composition for the manufacture of a wood-based material, comprising an organic phase having at least one polymer adhesive, an aqueous phase a phase transfer catalyst to accelerate the curing of the polymer adhesive and a hydrophilizing agent comprising at least one silane compound for increasing the hydrophilicity of the polymer adhesive and/or for reducing the penetration of the polymer adhesive into the material of the wood-based material to be bonded. an organic phase having at least one polymer adhesive, an aqueous phase a phase transfer catalyst to accelerate the curing of the polymer adhesive and a hydrophilizing agent comprising at least one silane compound for increasing the hydrophilicity of the polymer adhesive and/or for reducing the penetration of the polymer adhesive into the material of the wood-based material to be bonded.
Random number generator for generating random numbers using a solid-state memory, having: a determination unit for determining management data which are stored in the solid-state memory for managing the solid-state memory during operation, a computing unit for calculating a starting value on the basis of the determined management data, and a generation unit for generating a random number on the basis of the calculated starting value. a determination unit for determining management data which are stored in the solid-state memory for managing the solid-state memory during operation, a computing unit for calculating a starting value on the basis of the determined management data, and a generation unit for generating a random number on the basis of the calculated starting value.
A contact element, made of an electrically conductive contact material, to be passed repeatedly and non-destructively through a housing or a seal of a plug connector in and/or opposite to a direction of insertion, comprising a body extending in the direction of insertion and a position securing element disposed on an upper side of the body, projecting upwards out of an opening in the body transversely to the direction of insertion, and that can be deflected elastically, the position securing element having a slope surface that is transversely inclined against the direction of insertion, adjoining which, without any kinks or edges, are a curved section and an end section, and the end section ending with a free end within the cubature of the body, characterized in that the curved section has a rear region inclined in the direction of the mounting slope between a convex support region of the curved section and the free end, the convex support region projecting against the direction of insertion, wherein the curved section has a second curve from the convex support region to the free end.
An ink-jet printer comprising: an ink-jet head for printing operation by way of discharging an ink drop onto a medium, a heater for heating up the medium after the printing operation, a second heater for further heating up the medium after the medium is heated up by the heater, a frame to which the second heater is fixed, and a wound roll holding unit for holding a wound roll that is the medium, being wound like a roll after the printing operation; wherein, provided that an axial direction of the wound roll is represented as a right-and-left direction, and a direction perpendicular to a vertical direction and the right-and-left direction is represented as a front-and-back direction; the wound roll is placed at a position lower than the heater; characterized in that: the second heater is rotatable in relation to the frame, with the right-and-left direction as an axial direction of a rotary movement, between a first position, where the second heater is placed at a location of a lower side of the heater and a front side of the wound roll, and a second position, where the second heater is placed at a location of an upper side of the wound roll, at a time when the second heater is placed at the second position, the second heater and the heater face each other across a clearance, and the medium after printing operation passes through between the second_heater and the heater, the ink-jet printer includes a cable connected to the second heater, and a heater holding member to which an end part of the second heater in the right-and-left direction is fixed, and the cable is led from the heater holding member, outward in the right-and-left direction. the second heater is rotatable in relation to the frame, with the right-and-left direction as an axial direction of a rotary movement, between a first position, where the second heater is placed at a location of a lower side of the heater and a front side of the wound roll, and a second position, where the second heater is placed at a location of an upper side of the wound roll, at a time when the second heater is placed at the second position, the second heater and the heater face each other across a clearance, and the medium after printing operation passes through between the second_heater and the heater, the ink-jet printer includes a cable connected to the second heater, and a heater holding member to which an end part of the second heater in the right-and-left direction is fixed, and the cable is led from the heater holding member, outward in the right-and-left direction.
A method of securing access to a dialysis machine, the method comprising: controlling access, via a secure access card, to the dialysis machine, wherein the secure access card includes a biometric security module embedded on the secure access card, and wherein the biometric security module includes a biometric sensor that obtains biometric data from a requesting user of the secure access card; and performing verification processing, via a biometric verification module, to verify the obtained biometric data from the requesting user in relation to template biometric data previously stored during an enrollment of an authorized user that associates the authorized user to the secure access card, wherein either: a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient. controlling access, via a secure access card, to the dialysis machine, wherein the secure access card includes a biometric security module embedded on the secure access card, and wherein the biometric security module includes a biometric sensor that obtains biometric data from a requesting user of the secure access card; and performing verification processing, via a biometric verification module, to verify the obtained biometric data from the requesting user in relation to template biometric data previously stored during an enrollment of an authorized user that associates the authorized user to the secure access card, wherein either: a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient. a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient.