mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for directionally tightening human skin tissue comprising: (a) a laser device with an ablative laser source and a non-ablative laser source, and a programmed controller, the programmed controller being configured to: (b) control the ablative laser source to form one or more overlapping circular shaped microchannels in the skin tissue; the overlapping microchannels formed having a longitudinal dimension larger than their cross dimension; and, (c) control the non-ablative laser source to weld the microchannels, the apparatus being characterised in that it further comprises a mechanism configured to both: either compress the skin tissue or stretch it. (a) a laser device with an ablative laser source and a non-ablative laser source, and a programmed controller, the programmed controller being configured to: (b) control the ablative laser source to form one or more overlapping circular shaped microchannels in the skin tissue; the overlapping microchannels formed having a longitudinal dimension larger than their cross dimension; and, (c) control the non-ablative laser source to weld the microchannels, the apparatus being characterised in that it further comprises a mechanism configured to both: either compress the skin tissue or stretch it.
A method in an electronic device having a display and means for receiving user input, the method comprising: detecting a user input directed at an item displayed on a display, wherein the item is linked to one or more additional items, wherein the one or more additional items are hidden from view, and wherein the one or more additional items comprise one or more sub items that are linked to the item, the item being indicative of a message from a chain of messages and the one or more sub items being indicative of one or more additional messages of the chain of messages; determining whether the user input is a first gesture or a second gesture , wherein the first gesture comprises a first component and a second component, and the second gesture corresponds to the first component of the first gesture; if the detected user input is the first gesture, upon application of the first component of the first gesture selecting the item, displaying on the display the one or more additional items, and upon finishing the first gesture deleting the item and the one or more additional items as a group of items ; if the detected user input is only the second gesture, selecting the item, and upon finishing the second gesture deleting the item and no other item . detecting a user input directed at an item displayed on a display, wherein the item is linked to one or more additional items, wherein the one or more additional items are hidden from view, and wherein the one or more additional items comprise one or more sub items that are linked to the item, the item being indicative of a message from a chain of messages and the one or more sub items being indicative of one or more additional messages of the chain of messages; determining whether the user input is a first gesture or a second gesture , wherein the first gesture comprises a first component and a second component, and the second gesture corresponds to the first component of the first gesture; if the detected user input is the first gesture, upon application of the first component of the first gesture selecting the item, displaying on the display the one or more additional items, and upon finishing the first gesture deleting the item and the one or more additional items as a group of items ; if the detected user input is only the second gesture, selecting the item, and upon finishing the second gesture deleting the item and no other item .
A light source optical system used with an excitation light source configured to emit first color light (B), comprising: a wavelength conversion unit configured to receive the first color light emitted by the excitation light source and emit second color light with a wavelength different from a wavelength of the first color light; and a first optical system having a positive power and a second optical system having a positive power provided in that order in an optical path between the excitation light source and the wavelength conversion unit , wherein the first optical system has an optical characteristic such that, when a ray parallel to an optical axis of the first optical system is incident on the first optical system, a ray emitted from the first optical system is incident on the second optical system while approaching the optical axis, and wherein the second optical system has under-corrected spherical aberration at a paraxial focal position of the second optical system, wherein a focal position by the first optical system and the second optical system is provided on a side of the second optical system with reference to the incidence surface of the wavelength conversion unit. a wavelength conversion unit configured to receive the first color light emitted by the excitation light source and emit second color light with a wavelength different from a wavelength of the first color light; and a first optical system having a positive power and a second optical system having a positive power provided in that order in an optical path between the excitation light source and the wavelength conversion unit , wherein the first optical system has an optical characteristic such that, when a ray parallel to an optical axis of the first optical system is incident on the first optical system, a ray emitted from the first optical system is incident on the second optical system while approaching the optical axis, and wherein the second optical system has under-corrected spherical aberration at a paraxial focal position of the second optical system,
A skin treatment device comprising a drive unit and an attachment , the drive unit comprising a gear box providing a drive shaft and a rotary support element being mounted on the drive shaft and rotating about an axis of rotation, the rotary support element comprising protrusions , the attachment comprising a skin treatment element and a chassis for the skin treatment element , the chassis comprising a multitude of recesses to cooperate with the protrusions of the rotary support element of the drive unit , wherein the chassis can be supported by the rotary support element and wherein the protrusions can be brought into an engagement position with the recesses , while the chassis is supported by the rotary support element , and the protrusions can be brought into a disengagement position with the recesses , while the chassis is supported by the rotary support element , characterised in that the disengagement position is assumed in reaction to outer forces above a predefined threshold, and wherein the outer forces are tangential forces relative to said axis of rotation, and wherein the threshold force is set so that mechanical parts of the drive unit or the gear box cannot be damaged by a force above the threshold force exerted upon the chassis .
A reciprocating mechanism of a spinning reel for reciprocating a spool shaft in an axial direction of the spool shaft with respect to a reel body by a rotation of a handle , a spool being mounted to the spool shaft , the reciprocating mechanism comprising: a rotating member having an engagement portion, and being rotated while the handle is rotated; a slider connected to the spool shaft , comprising an engaged portion engaged with the engagement portion of the rotating member , and being reciprocated in the axial direction together with the spool shaft , while the rotating member is rotated; a first guide shaft having a first supporting portion and a second supporting portion on ends of the first guide shaft , and guiding the reciprocating movement of the slider by supporting the slider on an intermediate portion between the first supporting portion and the second supporting portion ; characterized in that an elastic member is mounted on an outer perimeter of the first supporting portion and an elastic member is mounted on an outer perimeter of the second supporting portion , the elastic members supporting the first guide shaft on the reel body . a rotating member having an engagement portion, and being rotated while the handle is rotated; a slider connected to the spool shaft , comprising an engaged portion engaged with the engagement portion of the rotating member , and being reciprocated in the axial direction together with the spool shaft , while the rotating member is rotated; a first guide shaft having a first supporting portion and a second supporting portion on ends of the first guide shaft , and guiding the reciprocating movement of the slider by supporting the slider on an intermediate portion between the first supporting portion and the second supporting portion ; characterized in that an elastic member is mounted on an outer perimeter of the first supporting portion and an elastic member is mounted on an outer perimeter of the second supporting portion , the elastic members supporting the first guide shaft on the reel body .
A device for torque vectoring in a wheeled vehicle, comprising a differential mechanism comprising a differential arranged on an axle having a first drive shaft and a second drive shaft , wherein the first drive shaft is provided with a gear having outer teeth and being arranged to rotate about the same central axis as the first drive shaft , and the second drive shaft is provided with a gear having outer teeth and being arranged to rotate about the same central axis as the second drive shaft , an electrical power source connected to an electrical motor , said electrical motor being connectable to said axle for torque vectoring between said first drive shaft and said second drive shaft , characterized in that said electrical motor is connected to said first drive shaft and said second drive shaft by means of a planetary gear set such that when the torque vectoring motor is activated, the motor will provide opposite torque to the gears by providing an increase of torque to one of the drive shafts , and providing a decrease of torque to the other of said drive shafts via the planetary gear set , wherein said electrical motor is driving a sun gear , said first drive shaft is connected to a ring gear , and wherein said second drive shaft is connected to planetary gears , the device comprising control means connected to said power source and configured to receive a plurality of variables representing the current vehicle state and to determine drive currents being dependent on said variables, wherein said drive currents are supplied to said electrical motor from said power source for introducing a torque increase to either one of said first or second drive shafts and a corresponding torque decrease to the other one of said first or second drive shafts .
A lead soldered joint structure , comprising a first member joined to a second member by means of a lead solder, the structure comprising: the first member , the second member a first solder layer that includes the first member as a core and a main constituent thereof is tin-copper based intermetallic compound; a second solder layer that exists between the first solder layer and the second member and joins the first solder layer and the second member together and including lead as a main constituent; and a third solder layer that exists between the second solder layer and the second member and a main constituent thereof is tin-silver based intermetallic compound. the first member , the second member a first solder layer that includes the first member as a core and a main constituent thereof is tin-copper based intermetallic compound; a second solder layer that exists between the first solder layer and the second member and joins the first solder layer and the second member together and including lead as a main constituent; and a third solder layer that exists between the second solder layer and the second member and a main constituent thereof is tin-silver based intermetallic compound.
Self-commutated power converter having an arrangement , which has an electrical resistor , which is arranged in a gas-tight housing , wherein - a bypass apparatus for bypassing the resistor is arranged in the housing . - a bypass apparatus for bypassing the resistor is arranged in the housing .
A pharmaceutical composition comprising an effective amount of plasminogen for use in treating diabetes by reducing blood glucose in a diabetic subject, wherein the plasminogen: (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12, and still has the activity of plasminogen. (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12, and still has the activity of plasminogen.
A layer for use with a surgical stapler, wherein the surgical stapler includes an anvil configured for a facing relationship with a staple cartridge, wherein the anvil includes a slot , said layer comprising: a body configured to be arranged relative to a surface of the anvil of the surgical stapler, said body defining a plane; an attachment member formed in said body; and characterised in that the attachment member is a deployable attachment member formed in said body, wherein said deployable attachment member is movable between an undeployed configuration and a deployed configuration, wherein, when said deployable attachment member is in the undeployed configuration, said attachment member is in the plane defined by said body, wherein when said deployable attachment member is in the deployed configuration said attachment member extends from the plane of said body, and wherein in the deployed configuration said deployable attachment member is configured to engage the slot of the anvil of the surgical stapler. a body configured to be arranged relative to a surface of the anvil of the surgical stapler, said body defining a plane; an attachment member formed in said body; and characterised in that the attachment member is a deployable attachment member formed in said body, wherein said deployable attachment member is movable between an undeployed configuration and a deployed configuration, wherein, when said deployable attachment member is in the undeployed configuration, said attachment member is in the plane defined by said body, wherein when said deployable attachment member is in the deployed configuration said attachment member extends from the plane of said body, and wherein in the deployed configuration said deployable attachment member is configured to engage the slot of the anvil of the surgical stapler.
An apparatus arranged to cure a composite part, comprising: a set of tools adapted to hold a composite part layup and including at least one tool face arranged to contact the part layup , wherein the at least one tool face includes a susceptor arranged to engage the part layup; means arranged to heat the tool face to cure the part layup ; means coupled with each of the tools and arranged to selectively cool individual overheated sections of the tool face, wherein coolant is arranged to be applied to overheated areas of the susceptor, wherein a substantially uniform cure temperature across substantially the entire area of the tool face can be maintained, the apparatus further comprising: means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face. a set of tools adapted to hold a composite part layup and including at least one tool face arranged to contact the part layup , wherein the at least one tool face includes a susceptor arranged to engage the part layup; means arranged to heat the tool face to cure the part layup ; means coupled with each of the tools and arranged to selectively cool individual overheated sections of the tool face, wherein coolant is arranged to be applied to overheated areas of the susceptor, wherein a substantially uniform cure temperature across substantially the entire area of the tool face can be maintained, the apparatus further comprising: means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face. means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face.
An induction motor , adapted to be housed in the hollow body of a substantially longitudinal actuator for winding/unwinding canvases, screens, blinds or roller shutters, the motor comprises: (i) a stator , (ii) a rotor assembly, (iii) a bowl , configured so as to protect a winding head formed at one end of the stator , the bowl comprising an internal skirt , (iv) means for supporting the rotor assembly configured to enable rotation of the rotor assembly relative to the stator , the support means comprising a journal disposed inside the internal skirt , the bearing comprising an area of dual-resting, axially and radially, against the stator ; (v) wherein the support means comprise a bearing disposed inside the journal and characterized in that ; (vi) the journal comprises an internal wall with a shoulder oriented on the side opposite to the stator , so that the mounting of the bearing is configured to be performed after that of the journal, the bearing resting against the shoulder . (i) a stator , (ii) a rotor assembly, (iii) a bowl , configured so as to protect a winding head formed at one end of the stator , the bowl comprising an internal skirt , (iv) means for supporting the rotor assembly configured to enable rotation of the rotor assembly relative to the stator , the support means comprising a journal disposed inside the internal skirt , the bearing comprising an area of dual-resting, axially and radially, against the stator ; (v) wherein the support means comprise a bearing disposed inside the journal and characterized in that ; (vi) the journal comprises an internal wall with a shoulder oriented on the side opposite to the stator , so that the mounting of the bearing is configured to be performed after that of the journal, the bearing resting against the shoulder .
Bridge-laying vehicle, in particular a military bridge-laying vehicle, for transporting and laying a transportable bridge , having a chassis which accommodates the vehicle crew and has at least one access opening (2. 1), and with a support arm which, in a transport position (T) above the chassis , provides a first support region (A1) for supporting the bridge , wherein the support arm supports the at least one access opening (2. 1) in the transport position (T), wherein the support arm can be swivelled relative to the chassis from the transport position (T) about a vertical axis (V) into a release position (F) in which the support arm does not cover the access opening (2.1), characterised by a laying arm for laying the bridge , which provides a second support region (A2) for the bridge above the chassis , wherein the support arm is pivotable relative to the laying arm about the vertical axis (V).
A cross runner connector for a suspended ceiling system comprising a main runner being provided with an opening for reception of the cross runner connector and having a circumference defining an opening notch and a first and a second engagement edge , wherein the first engagement edge is arranged for engagement with a cross runner connecter associated with a cross runner being connectable to the main runner from a first lateral side thereof and wherein the second engagement edge is arranged for engagement with a cross runner connecter associated with a cross runner being connectable to the main runner from a second lateral side thereof opposite to said first lateral side; and a cross runner , the cross runner connector comprising a guiding lip and a locking lip separated by a slit and extending in the longitudinal direction (P2) of the cross runner connector, the guiding lip having a guide edge portion provided with a guide lip notch and a distal guide tip being offset in a first lateral direction (P3) such that the cross runner connector is laterally displaceable in the first lateral direction (P3) in response to insertion of the cross runner connector into the opening of the main runner with the guide edge portion positioned in the opening notch of the opening , and the locking lip having a locking protrusion protruding in the first lateral direction (P3); and an insertion stop for defining a locking position in the longitudinal direction (P2) of the cross runner connector. a guiding lip and a locking lip separated by a slit and extending in the longitudinal direction (P2) of the cross runner connector, the guiding lip having a guide edge portion provided with a guide lip notch and a distal guide tip being offset in a first lateral direction (P3) such that the cross runner connector is laterally displaceable in the first lateral direction (P3) in response to insertion of the cross runner connector into the opening of the main runner with the guide edge portion positioned in the opening notch of the opening , and the locking lip having a locking protrusion protruding in the first lateral direction (P3); and an insertion stop for defining a locking position in the longitudinal direction (P2) of the cross runner connector.
An isolated ligand of anti-Mullerian hormone (AMH) suitable to be directly detected by means of imaging techniques for use in an in vivo method for the diagnosis of endometriosis comprising a passage of localizing and/or evaluating the entity of the endometriosis lesions in a patient, wherein said isolated ligand consists of an anti-AMH antibody marked with at least one of the agents chosen in the group consisting of: paramagnetic contrast agents, iodized contrast agents, intravenous contrast agents and radioisotopes.
A highly permeable reverse osmosis (RO) membrane, produced by an interfacial polymerization process, comprising: contacting on a porous support membrane, a) a first solution containing a polyamine monomer and b) a second solution containing a polyfunctional acyl halide monomer, wherein a molecular additive compound is present in a) or b) or both during the polymerization reaction, and recovering the reverse osmosis membrane, characterized in that the molecular additive compound is a beta-diketonate including an alkaline earth metal selected from Mg, Ca and Sr. contacting on a porous support membrane, a) a first solution containing a polyamine monomer and b) a second solution containing a polyfunctional acyl halide monomer, wherein a molecular additive compound is present in a) or b) or both during the polymerization reaction, and a) a first solution containing a polyamine monomer and b) a second solution containing a polyfunctional acyl halide monomer, wherein a molecular additive compound is present in a) or b) or both during the polymerization reaction, and recovering the reverse osmosis membrane, characterized in that the molecular additive compound is a beta-diketonate including an alkaline earth metal selected from Mg, Ca and Sr.