mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric adapter comprising: a power sourcing equipment device including a semiconductor laser configured to oscillate with electric power, thereby outputting feed light; and the photoelectric adapter integrally comprising an optical connector connection part including a mechanism for connection and separation to which an optical connector of an optical fiber cable is connectable; and an electrical connector including a mechanism for connection and separation, to which an electrical connector connection part of an electrical device is connectable, wherein the power sourcing equipment device is configured to be driven by receiving the electric power supplied from the electrical device through the electrical connector, and configured to output the feed light from the optical connector connection part. a power sourcing equipment device including a semiconductor laser configured to oscillate with electric power, thereby outputting feed light; and the photoelectric adapter integrally comprising an optical connector connection part including a mechanism for connection and separation to which an optical connector of an optical fiber cable is connectable; and an electrical connector including a mechanism for connection and separation, to which an electrical connector connection part of an electrical device is connectable, wherein the power sourcing equipment device is configured to be driven by receiving the electric power supplied from the electrical device through the electrical connector, and configured to output the feed light from the optical connector connection part.
Method for measuring small volume flows in a heating circuit with a heat source, a pump, a volume flow sensor and a heat sink, wherein a measuring section is provided parallel to the heat sink, and wherein the heat sink and measuring section can be connected to the heating circuit with a priority switching valve, characterised by the steps a) operation of the heating circuit in an expanded operation at a constantly held pump delivery head, wherein in the expanded operation the priority switching valve is operated in a defined mixing position, in which partial flows flow in a defined ratio through measuring section and heat sink, b) measurement of the resulting volume flow with the volume flow sensor, c) determination of the volume flow elevation on the basis of the measurement of the volume flow with the volume flow sensor and of a volume flow previously determined as part of a calibration in a valve position of the priority switching valve in which the volume flow flows exclusively through the measuring section. d) calculation of the resulting volume flow in the heating circuit in a valve position, in which the volume flow flows exclusively through the heat sink, from the volume flow elevation determined in step c) via a proportionality factor or a regression analysis, e) operation of the heating circuit in normal operation, wherein the priority switching valve is operated in a position, in which the volume flow flows exclusively through the heat sink. a) operation of the heating circuit in an expanded operation at a constantly held pump delivery head, wherein in the expanded operation the priority switching valve is operated in a defined mixing position, in which partial flows flow in a defined ratio through measuring section and heat sink, b) measurement of the resulting volume flow with the volume flow sensor, c) determination of the volume flow elevation on the basis of the measurement of the volume flow with the volume flow sensor and of a volume flow previously determined as part of a calibration in a valve position of the priority switching valve in which the volume flow flows exclusively through the measuring section. d) calculation of the resulting volume flow in the heating circuit in a valve position, in which the volume flow flows exclusively through the heat sink, from the volume flow elevation determined in step c) via a proportionality factor or a regression analysis, e) operation of the heating circuit in normal operation, wherein the priority switching valve is operated in a position, in which the volume flow flows exclusively through the heat sink.
A rotary compressor comprising a motor and a compression mechanism both accommodated in a hermetic container, in which the compression mechanism connected to the motor through a crankshaft comprises a cylinder, an upper bearing and a lower bearing which close, from above and below, both end surfaces of the cylinder to form a compression chamber, a piston fitted over an eccentric portion of the crankshaft provided in the cylinder, a vane which follows eccentric rotation of the piston, which is provided in the cylinder, which reciprocates in a slot, and which partitions the compression chamber into a low pressure portion and a high pressure portion, a suction port which is in communication with the low pressure portion, and a discharge port which is in communication with the high pressure portion, wherein a gap between a piston inner peripheral surface of the piston and an eccentric portion outer peripheral surface of the eccentric portion of the crankshaft is defined as a first bearing gap, and a second bearing gap is formed between the inner peripheral surface of the upper bearing and the main shaft of the crankshaft by bringing the upper bearing into abutment against the main shaft of the crankshaft in a direction separated away from the vane by the angle θ, characterized in that if a gap formed between an outer peripheral surface of the piston and an inner peripheral surface of the cylinder in a state where the eccentric portion is disposed at a position of a predetermined crank angle from a position of the vane and the piston is made to abut against a most eccentric position of the eccentric portion and an inner peripheral surface of the upper bearing is made to abut against a main shaft outer peripheral surface of the crankshaft when the rotary compressor is assembled is defined as δ, a minimum value δmin of the gap δ is set at a crank angle on a side opposite from a maximum load direction which operates to the piston in the crank angle when a difference of the pressure between the high pressure portion side and the low pressure portion side is maximum during operation of the rotary compressor, when the rotary compressor is assembled, and the minimum gap δmin, the first bearing gap and the second bearing gap are disposed on a phantom line separated away from the vane by the angle θ.
A trace data acquisition system, comprising: a first industrial machine and a second industrial machine (20A, 20C) configured to sequentially process an object, wherein a determination module is implemented by each of the first industrial machine and the second industrial machine (20A, 20C); and wherein the determination module of each of the first industrial machine and the second industrial machine (20A, 20C) is configured to determine whether the first industrial machine and the second industrial machine (20A, 20C) has satisfied a specific condition, wherein the specific condition is an alarm that is generated; characterized by a request module configured to request the second industrial machine (20A, 20C) that is determined to not have satisfied the specific condition to acquire second trace data when the first industrial machine is determined to have satisfied the specific condition; an acquisition module configured to acquire first trace data on the first industrial machine and the second trace data on the second industrial machine (20A, 20C); and a display module configured to display the acquired first and second trace data, so as to be compared with one another by a user. a first industrial machine and a second industrial machine (20A, 20C) configured to sequentially process an object, wherein a determination module is implemented by each of the first industrial machine and the second industrial machine (20A, 20C); and wherein the determination module of each of the first industrial machine and the second industrial machine (20A, 20C) is configured to determine whether the first industrial machine and the second industrial machine (20A, 20C) has satisfied a specific condition, wherein the specific condition is an alarm that is generated; characterized by a request module configured to request the second industrial machine (20A, 20C) that is determined to not have satisfied the specific condition to acquire second trace data when the first industrial machine is determined to have satisfied the specific condition; an acquisition module configured to acquire first trace data on the first industrial machine and the second trace data on the second industrial machine (20A, 20C); and a display module configured to display the acquired first and second trace data, so as to be compared with one another by a user.
An aircraft, which comprises: a retention assembly for securing a gas cylinder to a body of the aircraft, the assembly comprising: a container having an opening and configured to cover the gas cylinder; a plurality of flaps (106A, 106B) coupled to the container and attached to the body of the aircraft using a contact adhesive; a drawstring disposed around the opening of the container and configured to provide a closure of the container around a neck of the gas cylinder inside the container, wherein the retention assembly is further secured to the body of the aircraft by a clamp (110A, 110B) attached to the body of the aircraft, the at least one clamp (110A, 110B) wrapping around an exterior of the container. a retention assembly for securing a gas cylinder to a body of the aircraft, the assembly comprising: a container having an opening and configured to cover the gas cylinder; a plurality of flaps (106A, 106B) coupled to the container and attached to the body of the aircraft using a contact adhesive; a drawstring disposed around the opening of the container and configured to provide a closure of the container around a neck of the gas cylinder inside the container, wherein the retention assembly is further secured to the body of the aircraft by a clamp (110A, 110B) attached to the body of the aircraft, the at least one clamp (110A, 110B) wrapping around an exterior of the container. a container having an opening and configured to cover the gas cylinder; a plurality of flaps (106A, 106B) coupled to the container and attached to the body of the aircraft using a contact adhesive; a drawstring disposed around the opening of the container and configured to provide a closure of the container around a neck of the gas cylinder inside the container, wherein the retention assembly is further secured to the body of the aircraft by a clamp (110A, 110B) attached to the body of the aircraft, the at least one clamp (110A, 110B) wrapping around an exterior of the container.
A magnetron comprising; a high frequency wave generating part generating a high frequency wave; an antenna extracting the high frequency wave; a metallic envelope surrounding the antenna and having an inner side to which are joined a first cylindrical member and a second cylindrical member, and a plurality of λ/4 type choke structures comprising a choke groove having a length in the axial direction of the magnetron and being mounted in the metallic envelope, characterized in that said plurality of λ/4 type choke structures comprises: at least a first λ/4 type choke structure comprising a first annular choke groove, formed by the metallic envelope and the first cylindrical member, in which the upper ends thereof are short-circuited together and the lower ends thereof are opened and suppressing a first higher harmonic wave component in a TE11 mode, compared to a TEM mode, that propagates inside the metallic envelope, and at least a second λ/4 type choke structure comprising a second annular choke groove, formed by the metallic envelope and the second cylindrical member, in which the upper ends thereof are short-circuited together and the lower ends thereof are opened and suppressing a second higher harmonic wave component in the TEM mode that propagates inside the metallic envelope. at least a first λ/4 type choke structure comprising a first annular choke groove, formed by the metallic envelope and the first cylindrical member, in which the upper ends thereof are short-circuited together and the lower ends thereof are opened and suppressing a first higher harmonic wave component in a TE11 mode, compared to a TEM mode, that propagates inside the metallic envelope, and at least a second λ/4 type choke structure comprising a second annular choke groove, formed by the metallic envelope and the second cylindrical member, in which the upper ends thereof are short-circuited together and the lower ends thereof are opened and suppressing a second higher harmonic wave component in the TEM mode that propagates inside the metallic envelope.
Vacuum insulation panel arrangement on a vacuum insulation panel with two outer surfaces (2, 3) lying opposite one another and edges joining these outer surfaces (2, 3) and with a protective layer surrounding the vacuum insulation panel on all sides in a closely fitting manner, characterized in that the vacuum insulation panel is completely encapsulated in a flexible plastic foam to form the protective layer.
A cosmetic product for hair bleaching or hair dyeing, which comprises a first part containing an alkali agent, a second part containing hydrogen peroxide, and a non-aerosol foamer container for discharging a mixed solution containing the first part and the second part in the form of foam, wherein the cosmetic product for hair bleaching or hair dyeing contains the following component in the second part: 0.1% by mass or more and 1.5% by mass or less of saturated aliphatic alcohols containing the following components and in the second part: a saturated aliphatic alcohol represented by R 1 -OH wherein R 1 represents a C 12-18 linear chain alkyl group, a saturated aliphatic alcohol represented by R 2 -OH wherein R 2 represents a C 19-24 linear chain alkyl group, and an ionic surfactant, wherein the mass ratio between the components and, (:), in the second part is 5:1 to 1:10, and wherein the mass ratio of the component to the total amount of the components and, ( /[ +]), in the second part is 3 to 0.3. 0.1% by mass or more and 1.5% by mass or less of saturated aliphatic alcohols containing the following components and in the second part: a saturated aliphatic alcohol represented by R 1 -OH wherein R 1 represents a C 12-18 linear chain alkyl group, a saturated aliphatic alcohol represented by R 2 -OH wherein R 2 represents a C 19-24 linear chain alkyl group, and a saturated aliphatic alcohol represented by R 1 -OH wherein R 1 represents a C 12-18 linear chain alkyl group, a saturated aliphatic alcohol represented by R 2 -OH wherein R 2 represents a C 19-24 linear chain alkyl group, and an ionic surfactant,
An assembly for delivering a flowable nutritional substance to a delivery tube, the system comprising a container, a closure for the container and a pump, wherein the closure comprises a unidirectional valve for purging fluid from the container, the container comprising an outlet for a nutritional substance, the assembly being arranged such that in use the pump is configured to transfer the nutritional substance from the container to the delivery tube via the outlet; wherein the unidirectional valve has an operative condition, such that in the operative condition fluid is only passable through the valve in a directional flow from inside the container to outside the container; wherein the unidirectional valve further has an inoperative condition such that in said inoperative condition fluid may flow in both directions into and out of the container; wherein the inoperative condition is achieved by providing means to partially or substantially open the valve in the closure; characterised in that, the partially or substantially removal of the closure including the valve will provide access to the inner parts of the container whereby the container may be filled with a substance or material, the assembly is arranged such that in use the closure moves relative to the container surface in response to a pressure difference between an outer portion of the closure and an inner portion of the closure.
A knitted component for an upper of an article of footwear, the knitted component comprising: a first portion, wherein the first portion has a first layer and a second layer, the first layer forming an overfoot portion of the upper, the second layer forming at least partially an underfoot area of the article of footwear, the first layer and the second layer forming a pocket therebetween for receiving a foot, and the first layer and the second layer being secured via a first knit structure of the knitted component at a boundary of the first portion; a second portion, wherein the second portion at least partially forms an outer surface of a medial or a lateral side (110, 108) of the article of footwear; a forward portion extending from an end of the first portion and sharing at least one common knit structure with the first portion, wherein the forward portion includes a toebox area in a toe region of the knitted component; a knitted connection structure located between the toebox area of the forward portion and the second portion, wherein the second portion includes a first course, wherein the toebox area is secured to the second portion and includes a second course being different than the first course, and wherein the first course is secured to the second course through the knitted connection structure, wherein the first portion and the second portion share a common yarn. a first portion, wherein the first portion has a first layer and a second layer, the first layer forming an overfoot portion of the upper, the second layer forming at least partially an underfoot area of the article of footwear, the first layer and the second layer forming a pocket therebetween for receiving a foot, and the first layer and the second layer being secured via a first knit structure of the knitted component at a boundary of the first portion; a second portion, wherein the second portion at least partially forms an outer surface of a medial or a lateral side (110, 108) of the article of footwear; a forward portion extending from an end of the first portion and sharing at least one common knit structure with the first portion, wherein the forward portion includes a toebox area in a toe region of the knitted component; a knitted connection structure located between the toebox area of the forward portion and the second portion, wherein the second portion includes a first course, wherein the toebox area is secured to the second portion and includes a second course being different than the first course, and wherein the first course is secured to the second course through the knitted connection structure, wherein the first portion and the second portion share a common yarn.
A vaporizer (100, 100a), configured to vaporize a liquid substrate to generate an aerosol, comprising an outer housing (10, 10a), wherein the outer housing (10, 10a) is internally provided with: a liquid storage chamber (12, 12a), configured to store a liquid substrate; the liquid storage chamber (12, 12a) having an opening; a first liquid guide element (50, 50a) having a first surface close to the liquid storage chamber (12, 12a) in a longitudinal direction of the outer housing (10, 10a), and a second surface away from the first surface, wherein the first surface is configured to be in fluid communication with the liquid storage chamber (12, 12a) to suck and buffer the liquid substrate in the liquid storage chamber (12, 12a); and the first liquid guide element (50, 50a) is made from an organic porous material and is configured to cover the opening to seal the liquid storage chamber (12, 12a), such that the liquid substrate in the liquid storage chamber (12, 12a) is substantially removed through the first liquid guide element (50, 50a); a second liquid guide element (30, 30a), configured to at least partially contact with the second surface to suck the liquid substrate; and a heating element (40, 40a), configured to heat at least part of the liquid substrate in the second liquid guide element (30, 30a) to generate an aerosol, characterized in that, the first liquid guide element (50, 50a) has an elastic modulus or a stiffness smaller than an elastic modulus or a stiffness of the material of the liquid storage chamber (12, 12a) and larger than an elastic modulus or a stiffness of the material of the second liquid guide element (30, 30a). a liquid storage chamber (12, 12a), configured to store a liquid substrate; the liquid storage chamber (12, 12a) having an opening; a first liquid guide element (50, 50a) having a first surface close to the liquid storage chamber (12, 12a) in a longitudinal direction of the outer housing (10, 10a), and a second surface away from the first surface, wherein the first surface is configured to be in fluid communication with the liquid storage chamber (12, 12a) to suck and buffer the liquid substrate in the liquid storage chamber (12, 12a); and the first liquid guide element (50, 50a) is made from an organic porous material and is configured to cover the opening to seal the liquid storage chamber (12, 12a), such that the liquid substrate in the liquid storage chamber (12, 12a) is substantially removed through the first liquid guide element (50, 50a); a second liquid guide element (30, 30a), configured to at least partially contact with the second surface to suck the liquid substrate; and a heating element (40, 40a), configured to heat at least part of the liquid substrate in the second liquid guide element (30, 30a) to generate an aerosol, characterized in that, the first liquid guide element (50, 50a) has an elastic modulus or a stiffness smaller than an elastic modulus or a stiffness of the material of the liquid storage chamber (12, 12a) and larger than an elastic modulus or a stiffness of the material of the second liquid guide element (30, 30a).
Laundry airer having an open-out frame with a plurality of open-out arms for accommodating a clothes lines, and having at least one clothes line, of which the end is arrested on an arm, wherein the arm has an opening through which the clothes line is guided, and wherein the region of the end portion of the clothes line is provided with an arresting device, wherein the arresting device comprises a loop of the clothes line and a first clip, wherein the first clip encloses a double strand of the clothes line and fixes the loop, characterized in that the arresting device is formed by the loop of the clothes line and by the first clip and a second clip, wherein the second clip encloses the end of the clothes line and the length of the second clip is greater than the greatest extent of the opening.