mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for tissue separation and modification, comprising: a surgical device comprising: a main tip comprising a plurality of protrusions ; at least one lysing element positioned between at least two adjacent protrusions in the plurality of protrusions ; an elongate main shaft coupled to the main tip , the main shaft having a longitudinally extending axis; wherein the at least two adjacent protrusions are oriented in a non-axial direction relative to the aforesaid axis of the main shaft , characterised in that the at least two adjacent protrusions are spaced from each other along the aforesaid axis of the main shaft ; and further characterised in that the plurality of protrusions comprise two sets of non-axial protrusions extending in directions that are substantially opposite from one another, and wherein the apparatus includes a respective lysing element , between adjacent protrusions of each set. a main tip comprising a plurality of protrusions ; at least one lysing element positioned between at least two adjacent protrusions in the plurality of protrusions ; an elongate main shaft coupled to the main tip , the main shaft having a longitudinally extending axis; wherein the at least two adjacent protrusions are oriented in a non-axial direction relative to the aforesaid axis of the main shaft , characterised in that the at least two adjacent protrusions are spaced from each other along the aforesaid axis of the main shaft ; and further characterised in that the plurality of protrusions comprise two sets of non-axial protrusions extending in directions that are substantially opposite from one another, and wherein the apparatus includes a respective lysing element , between adjacent protrusions of each set.
A physiological adjustment system , comprising: a heating module for heating a human body based on a received heating command; a detection module for detecting a physiological state to obtain physiological state information, said physiological state including a menstrual period; and a control module for sending the heating command to the heating module , wherein the heating command comprises a first heating command generated based on the physiological state information, the heating module is adapted to heat the lower abdomen of a user, the physiological state information comprises first physiological state information, the first physiological state information comprises state information regarding whether a woman is in a menstrual period, and the control module is further configured for determining whether to generate the first heating command based on the state information regarding whether the woman is in the menstrual period, characterized in that , the detection module comprises a blood sensor for detecting blood to obtain state information regarding whether the woman is in the menstrual period. a heating module for heating a human body based on a received heating command; a detection module for detecting a physiological state to obtain physiological state information, said physiological state including a menstrual period; and a control module for sending the heating command to the heating module , wherein the heating command comprises a first heating command generated based on the physiological state information, the heating module is adapted to heat the lower abdomen of a user, the physiological state information comprises first physiological state information, the first physiological state information comprises state information regarding whether a woman is in a menstrual period, and the control module is further configured for determining whether to generate the first heating command based on the state information regarding whether the woman is in the menstrual period, characterized in that , the detection module comprises a blood sensor for detecting blood to obtain state information regarding whether the woman is in the menstrual period.
A communication adaptor for a light trunking system , the communication adaptor comprising: - a housing configured to be inserted in a profiled track of the light trunking system , the housing comprising outer walls (1.1), - electrical contacts arranged to be exposed onto at least one of the outer walls (1.1), the electrical contacts being configured to contact different electrical lines arranged in the profiled track , - a Power Line Communication (PLC) interface configured to receive and/or transmit PLC data, the PLC data being conveyed on one or more of the electrical lines , - an additional interface configured to receive and/or transmit non-PLC data, preferably IP protocol data, more preferred Ethernet data, even more preferred Ethernet with Power-over-Ethernet capability, and - a data converter configured to convert i) PLC data from the Power Line Communication interface into non-PLC data, preferably Ethernet data, for the additional interface , and/or ii) non-PLC data, preferably Ethernet data, from the additional interface into PLC data for the Power Line Communication interface . - a housing configured to be inserted in a profiled track of the light trunking system , the housing comprising outer walls (1.1), - electrical contacts arranged to be exposed onto at least one of the outer walls (1.1), the electrical contacts being configured to contact different electrical lines arranged in the profiled track , - a Power Line Communication (PLC) interface configured to receive and/or transmit PLC data, the PLC data being conveyed on one or more of the electrical lines , - an additional interface configured to receive and/or transmit non-PLC data, preferably IP protocol data, more preferred Ethernet data, even more preferred Ethernet with Power-over-Ethernet capability, and - a data converter configured to convert i) PLC data from the Power Line Communication interface into non-PLC data, preferably Ethernet data, for the additional interface , and/or ii) non-PLC data, preferably Ethernet data, from the additional interface into PLC data for the Power Line Communication interface .
A method for producing scandium oxide, the method comprising heating scandium oxalate containing a sulfur-containing compound as an impurity in an oxygen-containing atmosphere in a state of containing a carbon source, which contains carbon and generates carbon monoxide by combustion, together with the scandium oxalate, characterized in that an amount of oxygen present at the time of the heating is less than an amount required to oxidize all carbon atoms contained in the carbon source to carbon dioxide.
A nanostructured surface coating configured to generate visual appearances in a visible spectral band, said coating comprising: - a first layer comprising a random distribution of nanoparticles ; - a substrate on which the first layer is arranged; - nanoparticles having an optical refractive index n part having a value suitable for each one individually to scatter the incident light; the coating being characterized in that - the nanoparticles are arranged so that the average distance between two neighbouring particles d is defined according to the following relationship so as to produce interference between the light scattered by the particles: 2 R ≤ d ≤ max λ / n p , R: the smallest geometric radius of a circle enclosing the particle λ: the longest wavelength of the visible spectrum n p : the optical refractive index of the medium of the first layer in which the nanoparticles are dispersed. - a first layer comprising a random distribution of nanoparticles ; - a substrate on which the first layer is arranged; - nanoparticles having an optical refractive index n part having a value suitable for each one individually to scatter the incident light; the coating being characterized in that - the nanoparticles are arranged so that the average distance between two neighbouring particles d is defined according to the following relationship so as to produce interference between the light scattered by the particles: 2 R ≤ d ≤ max λ / n p , R: the smallest geometric radius of a circle enclosing the particle λ: the longest wavelength of the visible spectrum n p : the optical refractive index of the medium of the first layer in which the nanoparticles are dispersed.
A bonded abrasive article comprising shaped abrasive particles and a bonding medium comprising a vitreous bond, said shaped abrasive particles each comprising a first side and a second side separated by a thickness t, wherein said first side is a first face having a perimeter of a first geometric shape, wherein the thickness t is smaller than the length of the shortest side-related dimension of the particle, wherein the second side either comprises a vertex or a ridge line or a second face having a perimeter of a second geometric shape which may be the same or different to the first geometric shape, wherein said first and second geometric shapes are independently selected from regular and irregular polygonal shapes, wherein the length of the shortest side related dimension of the particle is the length of the shortest facial dimension of the first face (if the particle has no second face) or is the length of the shortest facial dimension of the larger face of the particle (if the particle has a second face), wherein said vitreous bond comprises, based on the total weight of the vitreous bond, 25 to 90 % by weight of SiO 2 .
A rotating airfoil component of a turbomachine , the component comprising: an airfoil adapted for impingement by a working fluid of the turbomachine ; means for mounting the component to a rotating component of the turbomachine to enable rotation of the component within the turbomachine ; and at least one angel wing projecting from the component and adapted to inhibit flow of the working fluid from the airfoil toward the mounting means of the component , the angel wing having: a first surface facing the airfoil , an oppositely-disposed second surface facing the mounting means , at least one lateral surface therebetween, a distal tip at a distal end of the angel wing , the distal tip having a first surface facing the airfoil , and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing . an airfoil adapted for impingement by a working fluid of the turbomachine ; means for mounting the component to a rotating component of the turbomachine to enable rotation of the component within the turbomachine ; and at least one angel wing projecting from the component and adapted to inhibit flow of the working fluid from the airfoil toward the mounting means of the component , the angel wing having: a first surface facing the airfoil , an oppositely-disposed second surface facing the mounting means , at least one lateral surface therebetween, a distal tip at a distal end of the angel wing , the distal tip having a first surface facing the airfoil , and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing . a first surface facing the airfoil , an oppositely-disposed second surface facing the mounting means , at least one lateral surface therebetween, a distal tip at a distal end of the angel wing , the distal tip having a first surface facing the airfoil , and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing .
A tool assembly comprising: an anvil defining an anvil channel and a knife slot communicating with the anvil channel; a cartridge assembly including a channel member and a staple cartridge , the channel member configured to receive the staple cartridge and defining a longitudinal slot , the staple cartridge supporting a plurality of staples and defining a knife slot that is aligned with the longitudinal slot ; a drive assembly including a resilientbeam and a working member , the working member including a first beam and a first vertical strut , the vertical strut including a first engagement structure ; and a knife bar assembly including a knife bar and a flexible drive member , the knife bar including a second beam and a second vertical strut , the second vertical strut supporting a knife and including a second engagement structure that is adapted to couple to the first engagement structure 78, 78a) to couple the drive assembly to the knife bar assembly such that movement of the drive assembly in relation to the anvil and cartridge assembly causes corresponding movement of the knife bar assembly in relation to the anvil and cartridge assembly, wherein the knife bar assembly is rotatable between a first position in which the first and second engagement structures are coupled together and a second position in which the first and second engagement structures are uncoupled. an anvil defining an anvil channel and a knife slot communicating with the anvil channel; a cartridge assembly including a channel member and a staple cartridge , the channel member configured to receive the staple cartridge and defining a longitudinal slot , the staple cartridge supporting a plurality of staples and defining a knife slot that is aligned with the longitudinal slot ; a drive assembly including a resilientbeam and a working member , the working member including a first beam and a first vertical strut , the vertical strut including a first engagement structure ; and a knife bar assembly including a knife bar and a flexible drive member , the knife bar including a second beam and a second vertical strut , the second vertical strut supporting a knife and including a second engagement structure that is adapted to couple to the first engagement structure 78, 78a) to couple the drive assembly to the knife bar assembly such that movement of the drive assembly in relation to the anvil and cartridge assembly causes corresponding movement of the knife bar assembly in relation to the anvil and cartridge assembly, wherein the knife bar assembly is rotatable between a first position in which the first and second engagement structures are coupled together and a second position in which the first and second engagement structures are uncoupled.
A device for separating material to be separated in a centrifugal force separator , wherein the device comprises: the centrifugal force separator with an inlet for material to be separated for introducing material to be separated and a separating medium inlet for introducing a separating medium , and the at least one force-conveying device connected to the inlet for material to be separated, characterized in that the centrifugal force separator comprises a housing with an end face at which an inlet for material to be separated is provided, wherein the force-conveying device is coupled to the end face such that the material to be separated can be force-conveyed through the inlet for material to be separated. the centrifugal force separator with an inlet for material to be separated for introducing material to be separated and a separating medium inlet for introducing a separating medium , and the at least one force-conveying device connected to the inlet for material to be separated, the centrifugal force separator comprises a housing with an end face at which an inlet for material to be separated is provided, wherein the force-conveying device is coupled to the end face such that the material to be separated can be force-conveyed through the inlet for material to be separated.
A slide-on downhole sealing assembly for use in establishing a seal in an annulus between a base pipe and a bore wall, comprising: a sleeve adapted to be mounted on the base pipe by sliding the sleeve over one end of the base pipe; a sealing arrangement comprising: an inner seal mounted on an inner surface of the sleeve , wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall. a sleeve adapted to be mounted on the base pipe by sliding the sleeve over one end of the base pipe; a sealing arrangement comprising: an inner seal mounted on an inner surface of the sleeve , wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall. an inner seal mounted on an inner surface of the sleeve , wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall.
A fluid flow sinker comprising: a body having a generally cylindrical sidewall , a first end , an at least partially outwardly rounded second end , wherein the entirety of the body from the first end to the second end has a cylindrical sidewall , and an aperture extending between the first and second ends ; and a fluid passageway disposed on the first end and extending from the generally cylindrical sidewall to the aperture , wherein the fluid flow sinker is adapted to receive a tube in communication with the aperture . a body having a generally cylindrical sidewall , a first end , an at least partially outwardly rounded second end , wherein the entirety of the body from the first end to the second end has a cylindrical sidewall , and an aperture extending between the first and second ends ; and a fluid passageway disposed on the first end and extending from the generally cylindrical sidewall to the aperture , wherein the fluid flow sinker is adapted to receive a tube in communication with the aperture .
A portable sample loading device , comprising: a base ; a fixing device connected to the base ; and a visualization window ; wherein the base is configured to support a chip and a sample loading connector , the fixing device is configured to detachably retain the chip and the sample loading connector on the base , the base comprises a front surface and a back surface opposite to the front surface , the front surface comprises a supporting surface configured for supporting the chip , a region of the supporting surface is recessed toward the back surface to form a receiving space configured for receiving the sample loading connector , and the receiving space further defines a sample injection hole ; the visualization window corresponds to the chip , the visualization window allows for observation of states of a biological sample in the chip , characterized in that , the visualization window comprises scale marks for marking spaces inside the chip that is fillable with the biological sample. a base ; a fixing device connected to the base ; and a visualization window ; wherein the base is configured to support a chip and a sample loading connector , the fixing device is configured to detachably retain the chip and the sample loading connector on the base , the base comprises a front surface and a back surface opposite to the front surface , the front surface comprises a supporting surface configured for supporting the chip , a region of the supporting surface is recessed toward the back surface to form a receiving space configured for receiving the sample loading connector , and the receiving space further defines a sample injection hole ; the visualization window corresponds to the chip , the visualization window allows for observation of states of a biological sample in the chip , characterized in that , the visualization window comprises scale marks for marking spaces inside the chip that is fillable with the biological sample.
A method for producing a 2,5-dicyano-3,6-dihalogenopyrazine, comprising subjecting the 2,5-dicyano-3,6-diaminopyrazine to a halogenation reaction in a solvent in the presence of nitrous acid or nitrite.
A lid made of metal, in particular aluminum, for a beverage can or the like, designed for permanent connection to a can body and having a lid panel , from which a rivet is shaped and into which a predetermined breaking line , which defines a breaking-open area , is impressed, along which an opening in the lid panel is to be opened by means of a grip tab , which is attached to the rivet and has a break-open edge pressed against a predetermined pressing point of the breaking-open area by raising a grip section of the grip tab when opening up the opening, wherein the lid panel has a rivet base around the rivet , in which the metal of the lid is thinner and/or more brittle than in the regions of the lid panel adjacent to the rivet base, characterized in that the predetermined breaking line runs outside of the rivet base and in that a material-thinning embossment , which also runs outside of the rivet base and is designed in the form of an embossing recess and is associated with an embrittlement of the thinned-out material, is provided at least in a lid panel area situated between the rivet base and the predetermined pressing point of the breaking-open area , wherein a longitudinal section of the predetermined breaking line in this lid panel area overlaps with the material-thinning embossment along the longitudinal section, wherein the embossing depth of the predetermined breaking line is greater than the embossing depth of the material-thinning embossment .