mhurhangee/ep-ind-claims huggingface dataset:
A solenoid valve provided with a valve element that abuts against and separates from a valve seat to seal fuel, a movable iron core capable of being separated from the valve element, and a fixed iron core arranged opposed to the movable iron core, the solenoid valve comprising: a first spring member that energizes the valve element toward a side of the valve seat; a second spring member that energizes the movable iron core toward the fixed iron core; and a stopper part disposed on the side of the valve seat with respect to the movable iron core, and arranged with the movable iron core via a gap in a displacement direction in a valve closed state, wherein the gap is set such that the movable iron core collides with the stopper part when being displaced in the valve closing direction after the valve element is opened; characterized in that the solenoid valve further comprises: an intermediate member that is displaceable from the movable iron core, and is in contact with an upper surface of the movable iron core in a valve closed state, wherein the movable iron core is arranged with the valve element via a pre-stroke gap in an axial direction in a valve closed state, and moves in a valve opening direction to axially contact with the valve element. a first spring member that energizes the valve element toward a side of the valve seat; a second spring member that energizes the movable iron core toward the fixed iron core; and a stopper part disposed on the side of the valve seat with respect to the movable iron core, and arranged with the movable iron core via a gap in a displacement direction in a valve closed state, wherein the gap is set such that the movable iron core collides with the stopper part when being displaced in the valve closing direction after the valve element is opened; an intermediate member that is displaceable from the movable iron core, and is in contact with an upper surface of the movable iron core in a valve closed state, wherein the movable iron core is arranged with the valve element via a pre-stroke gap in an axial direction in a valve closed state, and moves in a valve opening direction to axially contact with the valve element.
A method for the preparation of a particular growth substrate for plants comprising polylactic acid foam, which method comprises the steps of: i) providing particulate expandable polylactic acid; ii) mixing particulate expandable polylactic acid of step i) with water-soluble additives; iii) placing the mixture obtained in step ii) under specific temperature and pressure conditions, so that particulate polylactic acid foam is obtained; iv) adjusting the cell structure of the particulate polylactic acid foam by washing out said water-soluble additives. i) providing particulate expandable polylactic acid; ii) mixing particulate expandable polylactic acid of step i) with water-soluble additives; iii) placing the mixture obtained in step ii) under specific temperature and pressure conditions, so that particulate polylactic acid foam is obtained; iv) adjusting the cell structure of the particulate polylactic acid foam by washing out said water-soluble additives.
Roll spindle, comprising an axis of rotation, two roll supports (8, 9) extending along the axis of rotation, a differential arranged to distribute a torque to each of the supports (8, 9), wherein an outer dimension of the differential is equal to or less than an outer dimension of the supports so that a roll (3, 4, 12) can slide over the differential, and characterized by a blocking arrangement arranged to block the supports (8, 9) with respect to each other so that both have equal rotational speed when the spindle is rotated by an external drive.
Housing for a windscreen wiper motor, wherein the housing is composed of at least two housing parts (11, 12) that can be connected to one another, said housing comprising a sealing element and wherein said sealing element composed of elastic material is arranged in the connecting region between the two housing parts (11, 12), which sealing element is at least partially received in a recess in one of the two housing parts (11, 12), the recess being designed such that a positively locking connection is formed between the sealing element, which is arranged in the recess of one housing part, wherein the recess is of groove-like form, and the cross section of the recess having a plane of symmetry and being at least substantially rectangular and comprises two planar side walls (24, 25) from which there extends two elevations (27, 28) and wherein the two elevations (27, 28) are spaced apart from the groove base. characterized in that, with respect to the plane of symmetry, the sealing element comprises a sub-region which projects out of the recess, the sub-region bearing, on a side facing away from a second housing part, against a planar surface of a first housing part and the sub-region being deformed in a barrelled manner so as to generate the sealing action, in that, in order to form the positively locking connection, the cross section of the recess widens or narrows at least in regions between a mouth region of the recess and a groove base. in that, with respect to the plane of symmetry, the sealing element comprises a sub-region which projects out of the recess, the sub-region bearing, on a side facing away from a second housing part, against a planar surface of a first housing part and the sub-region being deformed in a barrelled manner so as to generate the sealing action, in that, in order to form the positively locking connection, the cross section of the recess widens or narrows at least in regions between a mouth region of the recess and a groove base.
A method for correcting variations of parameters of components of active magnetic bearing and/or assembly of active magnetic bearing as a whole, in which before using an active magnetic bearing for the first time at an operating unit, at first parameters and/or variations of parameters, such as mechanical and/or electrical and/or installation variations and/or other variations of parameters of at least some components of the active magnetic bearing assembly and/or of the whole active magnetic bearing assembly, are detected and are directly and/or in the form of correction values based on the detected parameters and/or variations of parameters stored in the memory, which is a part of the active magnetic bearing assembly, whereby this stored data is subsequently used after installation of the magnetic bearing assembly for adjusting a system for detecting position of a rotating working means in the active magnetic bearing during the operation of the active magnetic bearing, characterized in that the detected parameters and/or variations of parameters and/or correction values based on the detected parameters and/or variations of parameters are recorded in the memory, before using the active magnetic bearing for the first time at the operating unit and this data remains in the memory as a whole during its entire service life.
An apparatus for controlling operations of a continuous glucose monitoring system, the apparatus comprising: a near field wireless communication module configured to generate a first enable signal when the power is supplied from a user terminal; a bluetooth communication module; and a power switch switched on and configured to supply power from a battery to the bluetooth communication module when the first enable signal is received from the NFC module, wherein the bluetooth communication module is configured to perform a pairing connection between the user terminal and continuous glucose monitoring system when the power from the battery is supplied to the bluetooth communication module, and the bluetooth communication module is configured to provide a second enable signal to the power switch when the pairing connection is completed, and transmit an advertising message to the user terminal when the power is supplied from the battery through the power switch, wherein, when one of the first enable signal and the second enable signal is received, the power switch is switched on to supply the power of the battery to the bluetooth communication module. a near field wireless communication module configured to generate a first enable signal when the power is supplied from a user terminal; a bluetooth communication module; and a power switch switched on and configured to supply power from a battery to the bluetooth communication module when the first enable signal is received from the NFC module, wherein the bluetooth communication module is configured to perform a pairing connection between the user terminal and continuous glucose monitoring system when the power from the battery is supplied to the bluetooth communication module, and the bluetooth communication module is configured to provide a second enable signal to the power switch when the pairing connection is completed, and transmit an advertising message to the user terminal when the power is supplied from the battery through the power switch, wherein, when one of the first enable signal and the second enable signal is received, the power switch is switched on to supply the power of the battery to the bluetooth communication module.
An overload protection device, comprising: a first heating band; a bimetallic strip; a braided wire; a lower part of the first heating band is mechanically connected with a lower part of the bimetallic strip; wherein the overload protection device further comprises: a second heating band; wherein each of the first and second heating bands (1, 2) is made from a flat metal band being bent in a L-shape, wherein two ends (4-1, 4-2) of the braided wire mechanically connect with an upper part of the second heating band and an upper part of the bimetallic strip respectively, an upper part of the first heating band, the lower part of the first heating band, the lower part of the bimetallic strip, the upper part of the bimetallic strip, the braided wire, the upper part of the second heating band, and a lower part of the second heating band form an odd-numbered current loop. a first heating band; a bimetallic strip; a braided wire; a lower part of the first heating band is mechanically connected with a lower part of the bimetallic strip; wherein the overload protection device further comprises: a second heating band; wherein each of the first and second heating bands (1, 2) is made from a flat metal band being bent in a L-shape, wherein two ends (4-1, 4-2) of the braided wire mechanically connect with an upper part of the second heating band and an upper part of the bimetallic strip respectively, an upper part of the first heating band, the lower part of the first heating band, the lower part of the bimetallic strip, the upper part of the bimetallic strip, the braided wire, the upper part of the second heating band, and a lower part of the second heating band form an odd-numbered current loop. a second heating band; wherein each of the first and second heating bands (1, 2) is made from a flat metal band being bent in a L-shape, wherein two ends (4-1, 4-2) of the braided wire mechanically connect with an upper part of the second heating band and an upper part of the bimetallic strip respectively, an upper part of the first heating band, the lower part of the first heating band, the lower part of the bimetallic strip, the upper part of the bimetallic strip, the braided wire, the upper part of the second heating band, and a lower part of the second heating band form an odd-numbered current loop.
Device for producing cement clinker, comprising a kiln for firing raw materials to form cement clinker, comprising a preheating stage for preheating the raw materials in a counter flow to kiln exhaust gases, comprising a clinker cooler for cooling the cement clinker, comprising a nitrogen oxide removal stage for removing nitrogen oxide from kiln exhaust gases, comprising a heat exchanger for heating the kiln exhaust gases, upstream of the nitrogen oxide removal stage, by means of heat exchange with a heat-exchange medium, comprising at least one additional heat exchanger (27', 27", 27"') for heating the heat-exchange medium by means of heat exchange with kiln exhaust gases or exhaust air from the clinker cooler, the heat exchanger being connected to the additional heat exchanger (27', 27", 27"') by means of a line (28', 29'; 28", 29"; 28"', 29"') for the heat-exchange medium, characterised in that a hot-gas filter (26, 5, 19) is arranged upstream of the additional heat exchanger (27', 27", 27"') in the flow direction.
A tubular container with an applicator unit comprising: a tube body storing contents; a tube neck coupled to an upper portion of the tube body and supporting the tube body, and provided with a nozzle extending to an upper direction from the center portion of the tube body such that contents stored in the tube body can be discharged to the outside; an applicator unit detachably coupled to an inner side of the tube neck, further provided with an application surface which applies contents onto user's skin, a refrigerant storage part where refrigerant is stored for maintaining coldness of the application surface, and a discharge hole through which contents moving through the nozzle are discharged; a sealing cap coupled to as encasing a lower portion of the applicator unit and sealing a lower end opened of the refrigerant storage part; and an over cap detachably coupled to the tube neck as encasing the applicator unit. characterized in that at an inner side of the tube neck is formed a reception groove receiving a lower portion of the applicator unit such that only an application surface of the applicator unit can be exposed to the outside. a tube body storing contents; a tube neck coupled to an upper portion of the tube body and supporting the tube body, and provided with a nozzle extending to an upper direction from the center portion of the tube body such that contents stored in the tube body can be discharged to the outside; an applicator unit detachably coupled to an inner side of the tube neck, further provided with an application surface which applies contents onto user's skin, a refrigerant storage part where refrigerant is stored for maintaining coldness of the application surface, and a discharge hole through which contents moving through the nozzle are discharged; a sealing cap coupled to as encasing a lower portion of the applicator unit and sealing a lower end opened of the refrigerant storage part; and an over cap detachably coupled to the tube neck as encasing the applicator unit. characterized in that at an inner side of the tube neck is formed a reception groove receiving a lower portion of the applicator unit such that only an application surface of the applicator unit can be exposed to the outside.
A transmission management system which, when content data is communicated among plural transmission terminals (10aa, 10ab) via a communication network, selects a relay apparatus which relays the content data, comprising: a first determination part configured to determine whether respective intranets with which the transmission terminals (10aa, 10ab) are connected are the same; a second determination part configured to determine whether respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are the same; and a selection part configured to select a first relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are the same, select a second relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are not the same but the second determination part has determined that the respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are the same, and select a third relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are not the same and the second determination part has determined that the respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are not the same. a first determination part configured to determine whether respective intranets with which the transmission terminals (10aa, 10ab) are connected are the same; a second determination part configured to determine whether respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are the same; and a selection part configured to select a first relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are the same, select a second relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are not the same but the second determination part has determined that the respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are the same, and select a third relay apparatus in a case where the first determination part has determined that the respective intranets with which the transmission terminals (10aa, 10ab) are connected are not the same and the second determination part has determined that the respective areas where the transmission terminals (10aa, 10ab) are connected with the intranets are not the same.
A utility vehicle comprising a steerable wheel secured to a wheel carrier which is mounted to a vehicle frame, the wheel being steerable through a range of steering angles about a substantially vertical steering axis, and a fender mounted above the wheel on a support arm, characterised in that the support arm is fixed relative to the wheel carrier so as to pivot with the wheel during steering through the whole of said range, the fender being pivotally mounted to the support arm at a pivoting mount located above the wheel, wherein the fender is forced to pivot with respect to the wheel and support arm when the fender engages the vehicle frame.
A wireless terminal that can form a peer-to-peer group with another wireless terminal in a wireless communication network, the wireless terminal comprising: a first control means configured to operate the wireless terminal as either an access point or a client node of the group; and a second control means configured to, when operating as the client, perform operation of searching for a further terminal that is present in vicinity in response to receipt of a search instruction from an owner terminal that operates as the access point of the group. a first control means configured to operate the wireless terminal as either an access point or a client node of the group; and a second control means configured to, when operating as the client, perform operation of searching for a further terminal that is present in vicinity in response to receipt of a search instruction from an owner terminal that operates as the access point of the group.
A liquid helium-free cooling system for cooling a sample, comprising a closed cycle cryocooler having a cold stage, a first heat exchanger mounted on the cold stage, a sample chamber surrounding the sample, characterised in that piping is provided for conducting gaseous helium from a helium source through the first heat exchanger, from the first heat exchanger to a Joule-Thomson expansion device and from the Joule-Thomson expansion device to the sample chamber, so that cooled gaseous helium circulates around the sample in the sample chamber and cools the sample directly by convection.
Grandstand with a plurality of rows of seatings (seating places) and/or rows of standing places (135/145) which are arranged in a stepped sloping manner being accessible via at least one access route which bridges the height difference (y) between the rows of seatings and/or rows of standing places (135/145), wherein the gradient of the rows of seatings and/or rows of standing places (135/145) and the gradient of the access route form an angle of 20° to 90°, wherein the gradient of the access route comprises a component being arranged in parallel orientation with respect to the rows of seatings and/or rows of standing places, characterized in that this component is oriented into the direction of the rows of places.
A chain transfer agent comprising a sulfide composition comprising sulfides, wherein at least about 50 wt% of the sulfides are branched C20 sulfides represented by structure R1-S-R2, wherein both R1 and R2 can each independently be a functional group derived from an olefin, wherein the olefin comprises 5-methyl-1-nonene (represented by Structure I), 3-propyl-1-heptene (represented by Structure J), 4-ethyl-1-octene (represented by Structure K), 2-butyl-1-hexene (represented by Structure L), or combinations thereof
A goggle comprising: a goggle frame configured to be worn conformally on a user's face, the goggle frame comprising a flexible face gasket that defines an opening configured to encircle the user's eyes when the goggle is worn; and a lens assembly coupled to the goggle frame and comprising a lens bracket supporting at least one unitary lens (114, 116) that covers the opening such that an enclosed space is defined between the lens, the goggle frame, and the user's face, when the goggle is worn, characterized in that; an upper portion of the lens has a substantially constant radius of curvature along a vertical direction (y), a horizontal direction (x), or both, and a lower portion of the lens has a variable radius of curvature which varies at least along the vertical direction. a goggle frame configured to be worn conformally on a user's face, the goggle frame comprising a flexible face gasket that defines an opening configured to encircle the user's eyes when the goggle is worn; and a lens assembly coupled to the goggle frame and comprising a lens bracket supporting at least one unitary lens (114, 116) that covers the opening such that an enclosed space is defined between the lens, the goggle frame, and the user's face, when the goggle is worn, characterized in that; an upper portion of the lens has a substantially constant radius of curvature along a vertical direction (y), a horizontal direction (x), or both, and a lower portion of the lens has a variable radius of curvature which varies at least along the vertical direction.
A method for wireless communication, performed by a User Plane Function, UPF, the method comprising: receiving, from an active Session Management Function, SMF, an N4 session establishment request message via a link between the UPF and the active SMF, the active SMF providing service to a Protocol Data Unit, PDU, session of a User Equipment, UE; in response to the N4 session establishment request message, establishing a session between the active SMF and the UPF; transmitting a session establishment response message to the active SMF; the method characterised by, determining a link state of the link between the UPF and the active SMF; and transmitting a notification message to a standby SMF in response to determining the link state is down, the notification message indicating that the link state is down, wherein the standby SMF is capable of taking over the active SMF. receiving, from an active Session Management Function, SMF, an N4 session establishment request message via a link between the UPF and the active SMF, the active SMF providing service to a Protocol Data Unit, PDU, session of a User Equipment, UE; in response to the N4 session establishment request message, establishing a session between the active SMF and the UPF; transmitting a session establishment response message to the active SMF; the method characterised by, determining a link state of the link between the UPF and the active SMF; and transmitting a notification message to a standby SMF in response to determining the link state is down, the notification message indicating that the link state is down, wherein the standby SMF is capable of taking over the active SMF.