mhurhangee/ep-ind-claims huggingface dataset:
Teat cup liner comprising a teat cup liner head and a tube part which delimits an interior space into which a vacuum connection opens, which vacuum connection can be closed against the vacuum, wherein the tube part has a tube part rear wall extending approximately from the teat cup liner head into the area of the vacuum connection over more than 30% of the peripheral area of the tube part, the wall thickness of the tube part rear wall being significantly larger than the wall thickness of a massage wall, which in a teat receiving area is complementary to the rear wall forming the tube part, characterised in that the massage wall has at least two, preferably two stabilising strips (20, 22), wherein the rear wall extends on the teat cup liner head side along approximately half the circumference of the tube part and on the vacuum connection side extends along a smaller portion of the circumference.
A power reception device includable in a non-contact power transmission system that performs non-contact power transmission from a power transmission device to the power reception device through a primary coil and a secondary coil that are electromagnetically coupled, the power reception device is adapted to supply power to a battery device that includes a battery and a charge control device that is adapted to control charging of the battery, and comprising the secondary coil; a power reception section that is adapted to convert an induced voltage in the secondary coil into a direct-current voltage, and a load modulation section that is adapted to modulate a load of the power reception device for transmitting data to the power transmission device, a power reception control device that is adapted to control operation of the power reception device; a power supply control signal output terminal that is adapted to output a power supply control signal (ICUTX) output from the power reception control device to the charge control device; characterized in that the power reception device further comprises: a charge detection signal input terminal that is adapted to receive a charge detection signal (LEDR) from the charge control device, the charge detection signal (LEDR) indicating a load state of the battery, the power reception control device including a power reception-side control unit adapted to output the power supply control signal (ICUTX) to the charge control device based on the charge detection signal (LEDR) from start to end of power supply to the battery, the power supply control signal (ICUTX) being a periodic signal having a period, comprising a load reduction period of time in which power supplied to the battery is reduced or stopped and a normal operation period of time, the power reception side control unit is further adapted to cause the load modulation section to activate the load modulation signal in an intermediate period of time of the load reduction period of time of the period of the power supply control signal (ITCUX). the secondary coil; a power reception section that is adapted to convert an induced voltage in the secondary coil into a direct-current voltage, and a load modulation section that is adapted to modulate a load of the power reception device for transmitting data to the power transmission device, a charge detection signal input terminal that is adapted to receive a charge detection signal (LEDR) from the charge control device, the charge detection signal (LEDR) indicating a load state of the battery, the power reception control device including a power reception-side control unit adapted to output the power supply control signal (ICUTX) to the charge control device based on the charge detection signal (LEDR) from start to end of power supply to the battery, the power supply control signal (ICUTX) being a periodic signal having a period, comprising a load reduction period of time in which power supplied to the battery is reduced or stopped and a normal operation period of time,
A bivalent binding agent of Formula I A-a':a-S-b:b'-B (Formula I), the bivalent binding agent being capable of binding a polypeptide dimer, the dimer consisting of two associated polypeptide chains, a) wherein A is a first monovalent binder, binding to a single epitope of a first target polypeptide comprised in said dimer, wherein B is a second monovalent binder, binding to a single epitope of a second target polypeptide comprised in said dimer, b) wherein each monovalent binder A and B is selected from the group consisting of a peptide, a peptide mimetic, an aptamer, a spiegelmer, a darpin, a lectin, an ankyrin repeat protein, a Kunitz type domain, a single domain antibody, and a monovalent fragment of an antibody, and has a Kdiss in the range of 5x10 -3 /sec to 10 -4 /sec, c) wherein each of a':a and b:b' independently is a binding pair, wherein a':a and b:b' are different, wherein S is a spacer, wherein - represents a covalent bond, d) wherein a - S - b is a linker having a length of 6 to 100 nm, e) wherein the members of the binding pairs a':a and b:b' are hybridizing nucleic acid sequences, and f) wherein the bivalent binding agent has a Kdiss of 3x10 -5 /sec or less. a) wherein A is a first monovalent binder, binding to a single epitope of a first target polypeptide comprised in said dimer, wherein B is a second monovalent binder, binding to a single epitope of a second target polypeptide comprised in said dimer, b) wherein each monovalent binder A and B is selected from the group consisting of a peptide, a peptide mimetic, an aptamer, a spiegelmer, a darpin, a lectin, an ankyrin repeat protein, a Kunitz type domain, a single domain antibody, and a monovalent fragment of an antibody, and has a Kdiss in the range of 5x10 -3 /sec to 10 -4 /sec, c) wherein each of a':a and b:b' independently is a binding pair, wherein a':a and b:b' are different, wherein S is a spacer, wherein - represents a covalent bond, d) wherein a - S - b is a linker having a length of 6 to 100 nm, e) wherein the members of the binding pairs a':a and b:b' are hybridizing nucleic acid sequences, and f) wherein the bivalent binding agent has a Kdiss of 3x10 -5 /sec or less.
A method for implementing, in a roadway or parking area pavement, an autonomous electronic block including an anti-wrenching bushing-case that contains internally an electronic equipment having an autonomous power source, characterized in that it is used a tubular bushing-case of a determined overall diameter and closed at its two opposite ends, one of these two ends being a head portion intended to flush with the pavement surface, said bushing-case including on its external tubular surface a 3D helical thread, and in that, for installing the autonomous electronic block: - an orifice is previously made in the pavement, said orifice having a suitable diameter for said bushing-case to be press fit into the orifice, the orifice having a depth substantially equal to the height of the block's bushing-case so that said bushing-case can be inserted thereinto to bring its head portion flush with the pavement surface, said orifice having a main axis substantially perpendicular to the pavement surface, - the block's bushing-case is placed on the orifice, by its free skirt end, - the block's bushing-case is press fit into the orifice, by applying on the head portion a force of insertion substantially along the main axis of the orifice until the head portion come flush with the pavement surface. - an orifice is previously made in the pavement, said orifice having a suitable diameter for said bushing-case to be press fit into the orifice, the orifice having a depth substantially equal to the height of the block's bushing-case so that said bushing-case can be inserted thereinto to bring its head portion flush with the pavement surface, said orifice having a main axis substantially perpendicular to the pavement surface, - the block's bushing-case is placed on the orifice, by its free skirt end, - the block's bushing-case is press fit into the orifice, by applying on the head portion a force of insertion substantially along the main axis of the orifice until the head portion come flush with the pavement surface.
A gas turbine engine comprising: a fan duct including a fan duct inner structure that surrounds a core engine; a fan case that surrounds a fan; a core engine frame; and at least one mechanism configured to secure a portion of the fan duct inner structure to a portion of the core engine frame, characterized in that the at least one mechanism includes a castellated arcuate portion mounted to one of the fan duct inner structure and the core engine frame and an inwardly projecting retaining feature mounted to the other of the fan duct inner structure and the core engine frame, and the castellated arcuate portion is rotatable about an engine central longitudinal axis to position a feature of the castellated arcuate portion proximate to a portion of the inwardly projecting retaining feature to latch the fan duct inner structure. a fan duct including a fan duct inner structure that surrounds a core engine; a fan case that surrounds a fan; a core engine frame; and at least one mechanism configured to secure a portion of the fan duct inner structure to a portion of the core engine frame, characterized in that the at least one mechanism includes a castellated arcuate portion mounted to one of the fan duct inner structure and the core engine frame and an inwardly projecting retaining feature mounted to the other of the fan duct inner structure and the core engine frame, and the castellated arcuate portion is rotatable about an engine central longitudinal axis to position a feature of the castellated arcuate portion proximate to a portion of the inwardly projecting retaining feature to latch the fan duct inner structure.
Sealing system for use with a dummy bar head of a continuous casting plant, comprising a plate-shaped head element, at the edge region of which an encircling seal is mounted, an adapter element of metal, which is securable by its lower side to an upper end face of the dummy bar head, wherein the head element is securable to an upper side of the adapter element and thereby connectible with the dummy bar head, and second, mechanically positive securing means by which the head element and the adapter element are connectible together, characterised in that the second securing means have a plurality of passage openings formed in the plate-shaped head element, wherein the second securing means also comprise a plurality of pins which are mounted on the upper side of the adapter element and can be plugged through the passage openings formed in the head element, and formed at a free end of a pin or adjacent thereto is a respective slot through which a wedge can be driven, the wedge being seated on an upper side of the head element when it is plugged by its passage openings onto the pins. a plate-shaped head element, at the edge region of which an encircling seal is mounted, an adapter element of metal, which is securable by its lower side to an upper end face of the dummy bar head, wherein the head element is securable to an upper side of the adapter element and thereby connectible with the dummy bar head, and second, mechanically positive securing means by which the head element and the adapter element are connectible together, characterised in that the second securing means have a plurality of passage openings formed in the plate-shaped head element, wherein the second securing means also comprise a plurality of pins which are mounted on the upper side of the adapter element and can be plugged through the passage openings formed in the head element, and formed at a free end of a pin or adjacent thereto is a respective slot through which a wedge can be driven, the wedge being seated on an upper side of the head element when it is plugged by its passage openings onto the pins.
An apparatus for covering a horizontal charging opening of a container, such as a skip or shipping container or the like, having a cover plate capable of flexibly closing the charging opening, which cover plate can be wound in or out along the side walls in the direction of the longitudinal axis of the container into a roll assigned to an end wall (23.1) of the container, the cover plate having stiffening profiles (5.1 to 6.6 and 16.1 to 16.6) perpendicular to the side walls for holding and/or guiding and a winding shaft with hand crank being force-lockingly joined to an end face (13.1) on an upper side of the cover plate for winding the cover plate in or out, the cover plate being provided with a closing plate on the end face (13.2) thereof opposite the hand crank, characterised in that the profiles (5.1 to 5.6; 16.1 to 16.6) are made up of an upper member and lower member in each case arranged one above the other which force-lockingly join the cover plate, wherein the closing plate is arranged on the underside of the cover plate, and in that a retaining plate assigned to the closing plate is provided on the upper side of the cover plate, wherein the retaining plate, cover plate and closing plate are force-lockingly joined together by screwed joints, and in that the closing plate has a projection angled at 45° towards the upper side of the cover plate, on which projection are arranged at least two fastening lugs for in each case receiving a retaining chain which is attachable to or detachable from the assigned end wall (23.2) of the container by snap hooks for fastening or detaching the cover plate to/from the charging opening, and in that the projection is firmly joined to the end wall (23.2) by detachable screwed joints.
Lithium-ion battery cell, comprising - at least one winding containing at least one electrolyte, comprising at least one electrophilic additive and/or at least one nucleophilic additive, - a medium which can react chemically with the at least one additive, wherein, the at least one medium is embedded in a shell which can be decomposed by a reaction, in particular a dissolution reaction, with the electrolyte and can liberate the at least one medium thermochemically or thermophysically. - at least one winding containing at least one electrolyte, comprising at least one electrophilic additive and/or at least one nucleophilic additive, - a medium which can react chemically with the at least one additive, wherein,
A carousel for amusement parks comprising: - a spherical casing able to contain at least one passenger, - a plurality of rotating bodies (115A-115F) able to stay in contact and to receive in support said spherical casing, each of said rotating bodies (115A-115F) being able to rotate on itself around at least two respective axes of rotation, of which one steering axis (XA-XF) passing through the centre of the spherical casing and a rolling axis (YA-YF) orthogonal to said steering axis (XA-XF), - first motor means able to actuate a first of said rotating bodies in rotation around the respective steering axis, and - second motor means able to actuate said first rotating body in rotation around the respective rolling axis, - third motor means able to actuate a second of said rotating bodies in rotation around the respective steering axis, and - an electronic control unit, characterised in that said electronic control unit is configured to execute a control cycle that comprises the steps of: - establishing an operating configuration of the rotating bodies and a time of application, said operating configuration of the rotating bodies comprising at least one orientation of the first rotating body relative to its own steering axis, a velocity of rotation of the first rotating body around its own rolling axis and an orientation of the second rotating body relative to its own steering axis, and - commanding the motor means (130, 135, 160) in such a way as to impart to the first rotating body and to the second rotating body the established operating configuration and to maintain it for the established application time. - a spherical casing able to contain at least one passenger, - a plurality of rotating bodies (115A-115F) able to stay in contact and to receive in support said spherical casing, each of said rotating bodies (115A-115F) being able to rotate on itself around at least two respective axes of rotation, of which one steering axis (XA-XF) passing through the centre of the spherical casing and a rolling axis (YA-YF) orthogonal to said steering axis (XA-XF), - first motor means able to actuate a first of said rotating bodies in rotation around the respective steering axis, and - second motor means able to actuate said first rotating body in rotation around the respective rolling axis, - third motor means able to actuate a second of said rotating bodies in rotation around the respective steering axis, and - an electronic control unit, - establishing an operating configuration of the rotating bodies and a time of application, said operating configuration of the rotating bodies comprising at least one orientation of the first rotating body relative to its own steering axis, a velocity of rotation of the first rotating body around its own rolling axis and an orientation of the second rotating body relative to its own steering axis, and - commanding the motor means (130, 135, 160) in such a way as to impart to the first rotating body and to the second rotating body the established operating configuration and to maintain it for the established application time.
A method, comprising: receiving, from an audio capture device, speech input; converting, using a processor, the speech input to machine text; receiving, from an alternate input source, an input comprising at least one character; wherein the receiving an input comprises receiving a time stamp associated with the input; identifying, using a processor, a location associated with the machine text to insert the at least one character, wherein the identifying a location comprises identifying a corresponding time stamp within the speech input; inserting, using a processor, the at least one character at the location identified; and displaying the at least one character at the location identified and a notification indicating the at least one character has been inserted at the location; wherein the character insertion is removed upon receiving no user input regarding the location of the character. receiving, from an audio capture device, speech input; converting, using a processor, the speech input to machine text; receiving, from an alternate input source, an input comprising at least one character; wherein the receiving an input comprises receiving a time stamp associated with the input; identifying, using a processor, a location associated with the machine text to insert the at least one character, wherein the identifying a location comprises identifying a corresponding time stamp within the speech input; inserting, using a processor, the at least one character at the location identified; and displaying the at least one character at the location identified and a notification indicating the at least one character has been inserted at the location; wherein the character insertion is removed upon receiving no user input regarding the location of the character.
An exhaust gas purification device comprising: a first channel member that forms an exhaust gas flow path leading to a catalyst; and a second channel member that forms a reducing agent flow path guiding a reducing agent injected by an injector to the exhaust gas flow path upstream of the catalyst, wherein the first channel member comprises: a first tube having a centre axis extending in a first direction and having circular cross-section perpendicular to the first direction; a third tube having a centre axis extending in a third direction and having circular cross-section perpendicular to the third direction; and a second tube joining the first tube and the third tube, the second tube being extended so as to be enlarged in a second direction orthogonal both to the first direction and the third direction, such that the second tube is laterally elongated in cross-section; and wherein the second channel member is inserted so as to penetrate a side wall of the second tube of the first channel member to protrude into the exhaust gas flow path. a first channel member that forms an exhaust gas flow path leading to a catalyst; and a second channel member that forms a reducing agent flow path guiding a reducing agent injected by an injector to the exhaust gas flow path upstream of the catalyst, wherein the first channel member comprises: a first tube having a centre axis extending in a first direction and having circular cross-section perpendicular to the first direction; a third tube having a centre axis extending in a third direction and having circular cross-section perpendicular to the third direction; and a second tube joining the first tube and the third tube, the second tube being extended so as to be enlarged in a second direction orthogonal both to the first direction and the third direction, such that the second tube is laterally elongated in cross-section; and a first tube having a centre axis extending in a first direction and having circular cross-section perpendicular to the first direction; a third tube having a centre axis extending in a third direction and having circular cross-section perpendicular to the third direction; and a second tube joining the first tube and the third tube, the second tube being extended so as to be enlarged in a second direction orthogonal both to the first direction and the third direction, such that the second tube is laterally elongated in cross-section; and
A method for inhibiting proline hydroxylase or stabilizing HIF-1 in vitro, comprising a step of using an effective amount of a compound of Formual I or a pharmaceutically acceptable salt thereof; preferably, the proline hydroxylase is prolyl-4-hydroxylases or EC 1.14.11.2; preferably, the HIF-1 is HIF-α; more preferably, the HIF-α is HIF-1α, HIF-2α or HIF-3α; wherein: n is 1, 2, 3, 4 or 5; A is O or S; R 3 is selected from hydrogen, and C 1 -C 4 alkyl; Ar 1 is an aryl substituted with R 1, wherein R 1 is selected from: hydrogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, trifluoromethyl and cyano; Ar 2 is an aryl substituted with R 2, R 4, and R 5, wherein R 2, R 4, and R 5 are independently selected from: hydrogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, allyl, halogen and C 1 -C 4 dialkylamino; wherein R 2, R 4, and R 5 are not hydrogen simultaneously. n is 1, 2, 3, 4 or 5; A is O or S; R 3 is selected from hydrogen, and C 1 -C 4 alkyl; Ar 1 is an aryl substituted with R 1, wherein R 1 is selected from: hydrogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, trifluoromethyl and cyano; Ar 2 is an aryl substituted with R 2, R 4, and R 5, wherein R 2, R 4, and R 5 are independently selected from: hydrogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, allyl, halogen and C 1 -C 4 dialkylamino; wherein R 2, R 4, and R 5 are not hydrogen simultaneously.
Screw connection comprising a structural element comprising a screw hole (2.1), a metal sheet comprising a through hole (3.1) and a screw comprising a thread, Z the structural element and the metal sheet being adapted to be connected by screwing the screw through the through hole (3.1) of the metal sheet into the screw hole (2.1) of the structural element, wherein the metal sheet comprises an embossment, said embossment at least partially surrounding the through hole (3.1) in order to increase the distance (d) between an upper surface of the metal sheet and the screw hole (2.1) provided in the structural element, wherein the embossment comprises an upper portion (5.5) comprising a contact surface (5.1), the screw head (4.1) of the screw being adapted to rest against said contact surface (5.1) and the embossment comprises a support portion (5.2) protruding from the upper portion (5.5) downwardly towards the structural element, the support portion (5.2) at least partially resting at the structural element and at least partially radially confining the through hole (3.1), characterized in that the screw passes the through hole without any engagement of the thread in the side wall limiting the through hole (3.1) in radial direction.