mhurhangee/patent-ind-claim-en huggingface dataset:
A percutaneous catheter suitable for blood passing through it, comprising: a catheter tube that includes a first tube and a second tube communicating with the first tube , wherein the first tube has an inner diameter greater than the second tube and has a structure more flexible than the second tube , characterized in that said percutaneous catheter further comprises: a distal tip gradually reduced in diameter toward a distal side, the distal tip configured to be fixed to a distal end of the first tube , a connector having a side hole, the connector configured to connect a proximal end of the first tube to a distal end of the second tube ; and wherein the distal tip is provided with a blood removing hole and a flat butting portion configured to receive a distal portion of a dilator used at a time of insertion in a planar manner. a catheter tube that includes a first tube and a second tube communicating with the first tube , wherein the first tube has an inner diameter greater than the second tube and has a structure more flexible than the second tube , characterized in that said percutaneous catheter further comprises: a distal tip gradually reduced in diameter toward a distal side, the distal tip configured to be fixed to a distal end of the first tube , a connector having a side hole, the connector configured to connect a proximal end of the first tube to a distal end of the second tube ; and wherein the distal tip is provided with a blood removing hole and a flat butting portion configured to receive a distal portion of a dilator used at a time of insertion in a planar manner. a distal tip gradually reduced in diameter toward a distal side, the distal tip configured to be fixed to a distal end of the first tube , a connector having a side hole, the connector configured to connect a proximal end of the first tube to a distal end of the second tube ; and wherein the distal tip is provided with a blood removing hole and a flat butting portion configured to receive a distal portion of a dilator used at a time of insertion in a planar manner.
An ophthalmic surgical laser system to correct low hyperopia and/or myopia, comprising: a laser delivery system for delivering a femtosecond laser beam into a cornea of an eye; an XY-scan device to deflect the laser beam laterally; a Z-scan device to modify a depth of a focus of the laser beam; and a controller configured to control the XY-scan device and the Z-scan device to form an incised lenticule in a corneal stroma with the laser beam; wherein the laser system is configured to determine: a top lenticular incision to correct hyperopia and/or myopia having a circumference; a bottom lenticular incision to correct hyperopia and/or myopia, symmetric to the top lenticular incision having a circumference; and a shape with no correction power to space the top lenticular incision and the bottom lenticular incisions and thereby increase the thickness of the incised lenticule; and wherein the controller is configured to control the XY-scan device and the Z-scan device to incise: the spaced top lenticular incision; the spaced bottom lenticular incision; and a transition ring incision intersecting both the top lenticular incision circumference and the bottom lenticular incision circumference. a laser delivery system for delivering a femtosecond laser beam into a cornea of an eye; an XY-scan device to deflect the laser beam laterally; a Z-scan device to modify a depth of a focus of the laser beam; and a controller configured to control the XY-scan device and the Z-scan device to form an incised lenticule in a corneal stroma with the laser beam; wherein the laser system is configured to determine: a top lenticular incision to correct hyperopia and/or myopia having a circumference; a bottom lenticular incision to correct hyperopia and/or myopia, symmetric to the top lenticular incision having a circumference; and a shape with no correction power to space the top lenticular incision and the bottom lenticular incisions and thereby increase the thickness of the incised lenticule; and a top lenticular incision to correct hyperopia and/or myopia having a circumference; a bottom lenticular incision to correct hyperopia and/or myopia, symmetric to the top lenticular incision having a circumference; and a shape with no correction power to space the top lenticular incision and the bottom lenticular incisions and thereby increase the thickness of the incised lenticule; and wherein the controller is configured to control the XY-scan device and the Z-scan device to incise: the spaced top lenticular incision; the spaced bottom lenticular incision; and a transition ring incision intersecting both the top lenticular incision circumference and the bottom lenticular incision circumference. the spaced top lenticular incision; the spaced bottom lenticular incision; and a transition ring incision intersecting both the top lenticular incision circumference and the bottom lenticular incision circumference.
Device for mounting a viewing screen so as to be displaceable with respect to the outside world, comprising: - a supporting structure , for positioning a first hinge part with respect to the outside world; - a mounting element configured to be attached to a viewing screen, provided with a second hinge part which can be rotatably connected to the first hinge part ; wherein - a rotation angle through which the mounting element is rotatable with respect to the supporting structure in a connected position of the first and second hinge part is limited; - the magnitude of the limited rotation angle is adjustable, - characterized in that - the magnitude of the limited rotation angle is determined by a position of a displaceable stop which limits the freedom of movement of a cam , wherein: - the first hinge part is provided with the displaceable stop and the second hinge part is provided with the cam, or - wherein the second hinge part is provided with the displaceable stop and the first hinge part is provided with the cam, the displaceable stop comprises a pin which is axially displaceable with respect to a bore hole, in particular a pin which can be axially screwed into and out of the bore hole. - a supporting structure , for positioning a first hinge part with respect to the outside world; - a mounting element configured to be attached to a viewing screen, provided with a second hinge part which can be rotatably connected to the first hinge part ; wherein - a rotation angle through which the mounting element is rotatable with respect to the supporting structure in a connected position of the first and second hinge part is limited; - the magnitude of the limited rotation angle is adjustable, - characterized in that - the magnitude of the limited rotation angle is determined by a position of a displaceable stop which limits the freedom of movement of a cam , wherein: - the first hinge part is provided with the displaceable stop and the second hinge part is provided with the cam, or - wherein the second hinge part is provided with the displaceable stop and the first hinge part is provided with the cam, the displaceable stop comprises a pin which is axially displaceable with respect to a bore hole, in particular a pin which can be axially screwed into and out of the bore hole.
A method for reducing hair frizz comprising the steps of: a: applying to the hair a conditioner composition comprising: from 0.2% to 20% of a moisture control material or mixture of moisture control materials, preferably from 0.5% to 8%, more preferably from 0.5% to 5%, by total weight of the conditioner composition, wherein the moisture control material comprises salicylic acid in combination with 2,4-dihydroxybenzoic acid, wherein the total amount of moisture control material or mixture of moisture control materials ranges from 0.2% to 20% by total weight of the conditioner composition, and b: rinsing off the composition. a: applying to the hair a conditioner composition comprising: from 0.2% to 20% of a moisture control material or mixture of moisture control materials, preferably from 0.5% to 8%, more preferably from 0.5% to 5%, by total weight of the conditioner composition, wherein the moisture control material comprises salicylic acid in combination with 2,4-dihydroxybenzoic acid, wherein the total amount of moisture control material or mixture of moisture control materials ranges from 0.2% to 20% by total weight of the conditioner composition, and b: rinsing off the composition.
A flexible balsa wood panel for a rotor blade of a wind turbine , comprising a plurality of balsa wood modules and a polymer film which is attached to a surface of each balsa wood module to connect the balsa wood modules together.
An ear-worn electronic device , comprising: a housing configured for deployment at least partially within an ear of a wearer; a power source situated in the housing ; a sensor situated in or on the housing and coupled to the power source , the sensor configured to generate a sensor signal in response to actively sensing motion of the wearer's head and relative motion between the sensor and skin of the wearer's ear resulting from the wearer's head motion; and a controller situated in the housing and coupled to the power source and the sensor , the controller configured to assess a physical fit of the device within the ear of the wearer using the sensor signal . a housing configured for deployment at least partially within an ear of a wearer; a power source situated in the housing ; a sensor situated in or on the housing and coupled to the power source , the sensor configured to generate a sensor signal in response to actively sensing motion of the wearer's head and relative motion between the sensor and skin of the wearer's ear resulting from the wearer's head motion; and a controller situated in the housing and coupled to the power source and the sensor , the controller configured to assess a physical fit of the device within the ear of the wearer using the sensor signal .
Plane plate for a pressing tool of a press , wherein the plane plate for activating a punch of a press by way of at least one lifting cylinder can be displaced along an axial direction ; wherein the plane plate has an upper side that points in a first axial direction and a lower side that points in a second axial direction counter to the first axial direction , a link to the at least one lifting cylinder , a centrally disposed receptacle for contacting the punch or a punch holder of the press , as well as at least a first at least partially cylindrical guiding face which for contacting a first guide column is parallel with the axial direction , and a second at least partially cylindrical guiding face which for contacting a second guide column is parallel with the axial direction ; wherein on the lower side of the plane plate the first guiding face has a first lower end and the second guiding face has a second lower end , characterized in that the first lower end and the second lower end in relation to the axial direction are disposed at mutually dissimilar heights and thus are disposed so as to be mutually spaced apart in the axial direction .
An electronic device comprising: a substrate (SB); a protruding pattern (PP) disposed on the substrate (SB) and protruded upward from the substrate (SB); a first conductive pattern (CP1) disposed on the substrate (SB) and covering the protruding pattern (PP); an insulating layer (IL) disposed on the first conductive pattern (CP1), the insulating layer (IL) comprising an opening (IL-OP) overlapping the protruding pattern (PP) protruded upward from the substrate (SB); and a second conductive pattern (CP2) disposed on the insulating layer (IL), the second conductive pattern (CP2) being connected to the first conductive pattern (CP1) through the opening (IL-OP) on the protruding pattern (PP), and wherein the connected portion of the second pattern (CP2) connected to the first conductive pattern (CP1) is protruded upward along the protruding pattern (PP). a substrate (SB); a protruding pattern (PP) disposed on the substrate (SB) and protruded upward from the substrate (SB); a first conductive pattern (CP1) disposed on the substrate (SB) and covering the protruding pattern (PP); an insulating layer (IL) disposed on the first conductive pattern (CP1), the insulating layer (IL) comprising an opening (IL-OP) overlapping the protruding pattern (PP) protruded upward from the substrate (SB); and a second conductive pattern (CP2) disposed on the insulating layer (IL), the second conductive pattern (CP2) being connected to the first conductive pattern (CP1) through the opening (IL-OP) on the protruding pattern (PP), and wherein the connected portion of the second pattern (CP2) connected to the first conductive pattern (CP1) is protruded upward along the protruding pattern (PP).
A system for manufacturing an article, the system comprising: a first platform configured to guide the manual placement of a first article component and a second article component thereon; a second platform having a first predetermined location for the first article component and a second predetermined location for the second article component; an electroadhesive capture element for capturing the first and second article components placed on the first platform ; and a robotic actuator coupled to the capture element and configured to move the capture element to capture the first and second article components and to move the capture element to reposition the captured first and second article components over the first and second predetermined locations on the second platform , respectively, wherein the capture element is configured to release the first and second article components onto the first and second predetermined locations, respectively, and wherein the first and second article components placed on the second platform are in position for assembly into the article. a first platform configured to guide the manual placement of a first article component and a second article component thereon; a second platform having a first predetermined location for the first article component and a second predetermined location for the second article component; an electroadhesive capture element for capturing the first and second article components placed on the first platform ; and a robotic actuator coupled to the capture element and configured to move the capture element to capture the first and second article components and to move the capture element to reposition the captured first and second article components over the first and second predetermined locations on the second platform , respectively, wherein the capture element is configured to release the first and second article components onto the first and second predetermined locations, respectively, and wherein the first and second article components placed on the second platform are in position for assembly into the article.
An apparatus comprising: a planar lightwave circuit, PLC, carrier ; a modulation block placed at an edge of the PLC carrier , wherein the modulation block is bonded onto the PLC carrier using a flip-chip method, the modulation block comprising a plurality of modulators, wherein each of the plurality of modulators comprises an optical input port and an optical output port, and wherein all of the optical input ports and all of the optical output ports are positioned on one face of the modulation block ; wherein each of the plurality of modulators further comprises one or more electrical connections, and wherein all of the electrical connections are positioned on another face of the modulation block ; wherein the modulation block is made of a Group III-V compound; wherein the modulators are Mach-Zehnder modulators (MZMs); and wherein each of the plurality of modulators further comprises a waveguide connected to the optical output port, and wherein the waveguide comprises a curved section. a planar lightwave circuit, PLC, carrier ; a modulation block placed at an edge of the PLC carrier , wherein the modulation block is bonded onto the PLC carrier using a flip-chip method, the modulation block comprising a plurality of modulators, wherein each of the plurality of modulators comprises an optical input port and an optical output port, and wherein all of the optical input ports and all of the optical output ports are positioned on one face of the modulation block ; wherein each of the plurality of modulators further comprises one or more electrical connections, and wherein all of the electrical connections are positioned on another face of the modulation block ; wherein the modulation block is made of a Group III-V compound; wherein the modulators are Mach-Zehnder modulators (MZMs); and wherein each of the plurality of modulators further comprises a waveguide connected to the optical output port, and wherein the waveguide comprises a curved section. wherein the modulators are Mach-Zehnder modulators (MZMs); and wherein each of the plurality of modulators further comprises a waveguide connected to the optical output port, and wherein the waveguide comprises a curved section.
A method in a network node for handling relay of Device to Device, D2D, control information using D2D communication, wherein the network node serves a cell in which a relay wireless device is at least partially located, wherein the network node provides at least partial network coverage for the relay wireless device in the cell , wherein an out of coverage wireless device is at least partially out of network coverage from the network node , the method comprising: determining that the network node should control the out of coverage wireless device ; determining D2D control information to be used for controlling the out of coverage wireless device ; transmitting the D2D control information to the out of coverage wireless device via a relay wireless device ; and receiving D2D activity status information from the out of coverage wireless device relayed via the relay wireless device ; and wherein the determining D2D control information to be used for controlling the out of coverage wireless device ; further comprises: determining the D2D control information in accordance with the received D2D activity status information. determining that the network node should control the out of coverage wireless device ; determining D2D control information to be used for controlling the out of coverage wireless device ; transmitting the D2D control information to the out of coverage wireless device via a relay wireless device ; and receiving D2D activity status information from the out of coverage wireless device relayed via the relay wireless device ; and
A N-H free, C-free, and Si-rich perhydropolysilazane composition having a molecular weight ranging from approximately 5.513×10 -22 g (332 dalton) to approximately 1.66×10 -19 g (100,000 dalton) and comprising N-H free repeating units having the formula [-N(SiH 3 ) x (SiH 2 -) y ], wherein x=0, 1, or 2 and y= 0, 1, or 2 with x+y=2 ; and x= 0, 1 or 2 and y=1, 2, or 3 with x+y=3.
A solid electrolyte comprising a compound in which cations including one of thiophenium or thiazolium, and anions including fluorohydrogenate are bonded.
A method of producing at least one compound comprising an alkenyl group from at least one compound comprising an alkyl group having two or more carbon atoms, the method comprising: (i) Providing a mixture comprising carbon dioxide and at least one compound comprising an alkyl group having two or more carbon atoms, the mixture comprising at least 5mol% carbon dioxide; and (ii) Contacting said mixture with a catalyst comprising (a) one or both of palladium and platinum, and (b) one or more lanthanide, thereby converting at least a portion of the at least one compound comprising an alkyl group having two or more carbon atoms into a compound comprising an alkenyl group, the total weight of the palladium and/or platinum being more than 0.1wt% of the catalyst, the catalyst comprising at least 0.5mol% palladium and/or platinum (based on the total for palladium and platinum), and at least 1.0mol% of the one or more lanthanide; step (ii) being performed at a temperature of at least 300°C and up to 600°C. (i) Providing a mixture comprising carbon dioxide and at least one compound comprising an alkyl group having two or more carbon atoms, the mixture comprising at least 5mol% carbon dioxide; and (ii) Contacting said mixture with a catalyst comprising (a) one or both of palladium and platinum, and (b) one or more lanthanide, thereby converting at least a portion of the at least one compound comprising an alkyl group having two or more carbon atoms into a compound comprising an alkenyl group, the total weight of the palladium and/or platinum being more than 0.1wt% of the catalyst, the catalyst comprising at least 0.5mol% palladium and/or platinum (based on the total for palladium and platinum), and at least 1.0mol% of the one or more lanthanide;
Alarm device for construction sites comprising a barrier fence, which is formed by a plurality of fence elements , which are inserted into insertion pockets of foot plates and which are connected to one another, wherein the fence elements and their connection , which are formed by construction fence clamps made of metal, are electrically conductive, wherein a voltage source is provided, which is connected to at least one fence element or at least one connection in a electrically conductive manner, and an alarm unit is provided, characterised in that an alarm module is provided, which consists of a column , on which two pipes are arranged, wherein the column is placed in a receptacle in a base plate , which is designed in a manner comparable to the foot plates and has insertion pockets for standpipes of the adjacent fence elements , wherein the standpipes of the adjacent fence elements are connected to the pipes of the alarm module in an electrically conductive manner and the entire switching and control technology and/or transmission and reception technology is installed in the alarm module .
A method of detecting a subtype of cancer with DNA damage repair deficiency related immune signalling in an individual having cancer comprising: a. measuring in a test sample obtained from the individual expression levels of CXCL10, MX1, IDO1 or IFI44L and at least 1 additional biomarker selected from Table 2B; b. deriving a test score that captures the expression levels; c. providing a threshold score comprising information correlating the test score and the detection of the subtype of cancer with DNA damage repair deficiency related immune signalling; d. and comparing the test score to the threshold score; wherein the cancer with DNA damage repair deficiency related immune signalling is detected when the test score exceeds the threshold score. a. measuring in a test sample obtained from the individual expression levels of CXCL10, MX1, IDO1 or IFI44L and at least 1 additional biomarker selected from Table 2B; b. deriving a test score that captures the expression levels; c. providing a threshold score comprising information correlating the test score and the detection of the subtype of cancer with DNA damage repair deficiency related immune signalling; d. and comparing the test score to the threshold score; wherein the cancer with DNA damage repair deficiency related immune signalling is detected when the test score exceeds the threshold score.