mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable drilling and milling cutter comprising: a shank ; a chip removing groove provided at one of a plurality of offset positions at an end of the shank ; a blade seat provided at a distal end of the chip removing groove ; and a disposable blade locked to the blade seat and having a cutting edge at each of an upper end and a lower end of the disposable blade , wherein at least one of the cutting edges has an irregular height and a plurality of notches , characterised in that a measuring line is drawn tangent to a curve of the cutting edge and extends through the adjacent notch , the measuring line passing through the centre point of the notch , in that a lead angle (θ) defining the spiral feed is defined by the measuring line and the horizontal feed direction (K), in that the at least one of the cutting edges has the lead angle (θ), and in that the lead angle is 25.8°. a shank ; a chip removing groove provided at one of a plurality of offset positions at an end of the shank ; a blade seat provided at a distal end of the chip removing groove ; and a disposable blade locked to the blade seat and having a cutting edge at each of an upper end and a lower end of the disposable blade , wherein at least one of the cutting edges has an irregular height and a plurality of notches , characterised in that a measuring line is drawn tangent to a curve of the cutting edge and extends through the adjacent notch , the measuring line passing through the centre point of the notch , in that a lead angle (θ) defining the spiral feed is defined by the measuring line and the horizontal feed direction (K), in that the at least one of the cutting edges has the lead angle (θ), and in that the lead angle is 25.8°.
A method for improving colostrum in a ruminant or pseudo-ruminant, wherein a ruminant refers to a mammal of the suborder Ruminantia and a pseudo-ruminant refers to a mammal of the suborder Tylopoda and of the suborder Whippomorpha, wherein the improvement of colostrum comprises an increase in colostrum yield by at least 5% within the first 6 hours after parturition and/or an increase in immunoglobulin concentration in colostrum by at least 5% within the first 6 hours after parturition, the method comprising providing said ruminant or pseudo-ruminant with a composition comprising butyrate during at least part of the prepartum period, wherein the composition is formulated for release of butyrate in the rumen of said ruminant or pseudo-ruminant, whereby at least 5 grams of butyric acid per day is released in the rumen and wherein the at least 5% increase in colostrum yield and/or immunoglobulin concentration is as compared to non-butyrate supplemented ruminants or pseudo-ruminants.
Multiplexing apparatus including at least one common connection port (P4) and at least two channel connection ports (P1, P2, P3), two or more radio frequency pathways connected between said at least one common connection port (P4) and said at least two channel connection ports (P1, P2, P3) for transmitting and/or receiving two or more radio frequency signals therealong and characterised in that an electrical load means is provided in/or associated with at least one of said at least two channel connection ports (P1, P2, P3) such that: the electrical load means can draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3) but said at least one of said at least two channel connection ports (P1, P2, P3) is not connected, in a DC sense, to the common connection port (P4); and the electrical load means associated with said at least one of said at least two channel connection ports (P1, P2, P3) is moveable between an on, or enabled, mode in which it is able to draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3), and an off, or disabled, mode wherein it is not able to draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3). the electrical load means can draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3) but said at least one of said at least two channel connection ports (P1, P2, P3) is not connected, in a DC sense, to the common connection port (P4); and the electrical load means associated with said at least one of said at least two channel connection ports (P1, P2, P3) is moveable between an on, or enabled, mode in which it is able to draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3), and an off, or disabled, mode wherein it is not able to draw an electrical current from said at least one of said at least two channel connection ports (P1, P2, P3).
A composition comprising buprenorphine and a μ opioid receptor antagonist, wherein the composition is characterized by an Agonist Antagonist Activity Index (AAnAI) of between 0.7 and 2.2; wherein; AAnAI = C max BUP EC 50 C max ANTAGONIST IC 50 wherein, EC 50 represents the half maximal effective serum concentration of buprenorphine, expressed as nM; IC 50 represents the half maximal inhibitory concentration of the μ opioid antagonist in humans, expressed as nM; C max(BUP) represents the peak serum or plasma concentration of buprenorphine and/or a μ opioid receptor agonist metabolite of buprenorphine, expressed as nM; and C max(ANTAGONIST) represents the peak serum concentration of the μ opioid antagonist and/or a μ opioid receptor antagonist metabolite of said μ opioid antagonist, expressed as nM; wherein the IC 50 and EC 50 values are determined using the GTPγS functional assay; and wherein said antagonist is a compound selected from Compound-1 to Compound-12: pharmaceutically acceptable salt or ester thereof. wherein, EC 50 represents the half maximal effective serum concentration of buprenorphine, expressed as nM; IC 50 represents the half maximal inhibitory concentration of the μ opioid antagonist in humans, expressed as nM; C max(BUP) represents the peak serum or plasma concentration of buprenorphine and/or a μ opioid receptor agonist metabolite of buprenorphine, expressed as nM; and C max(ANTAGONIST) represents the peak serum concentration of the μ opioid antagonist and/or a μ opioid receptor antagonist metabolite of said μ opioid antagonist, expressed as nM;
A heat and moisture exchanger comprising: alternating layers of water vapour transport membranes with gas flow pathways in between adjacent layers, the flow pathways comprise channels that run through the heat and moisture exchanger over the surface of the membranes, and are sealed such that there is flow of two gas streams can be directed through the heat and moisture exchanger without mixing of the two gas streams through the membranes, such that one side of each membrane layer is exposed to one gas stream and the opposing side of the membrane layer is exposed to the other gas stream, wherein the water vapour transport membranes comprise a nanofibrous layer disposed on a porous support layer, wherein the nanofibrous layer is coated with a water permeable polymer, wherein the water permeable polymer fills the nanofibrous layer and binds the nanofibrous layer to the porous support layer, wherein the porous support is a macroporous support with average pore sizes greater than about 10 micron, to sizes lower than 10mm, and wherein the porous support layer is formable and is formed into a three dimensional structure providing the channels. alternating layers of water vapour transport membranes with gas flow pathways in between adjacent layers, the flow pathways comprise channels that run through the heat and moisture exchanger over the surface of the membranes, and are sealed such that there is flow of two gas streams can be directed through the heat and moisture exchanger without mixing of the two gas streams through the membranes, such that one side of each membrane layer is exposed to one gas stream and the opposing side of the membrane layer is exposed to the other gas stream, wherein the water vapour transport membranes comprise a nanofibrous layer disposed on a porous support layer, wherein the nanofibrous layer is coated with a water permeable polymer, wherein the water permeable polymer fills the nanofibrous layer and binds the nanofibrous layer to the porous support layer, wherein the porous support is a macroporous support with average pore sizes greater than about 10 micron, to sizes lower than 10mm, and wherein the porous support layer is formable and is formed into a three dimensional structure providing the channels.
An image forming control method, applied to a consumable chip, wherein the consumable chip is installed on a consumable , and the consumable is detachably installed on an image forming apparatus, the method comprising: obtaining second environmental data of environment where the consumable chip is currently located; and determining a preset compensation value of an image forming control parameter corresponding to the second environmental data and a second preset conversion intermediate parameter corresponding to the second environmental data, the second preset conversion intermediate parameter being an encryption key; generating a first conversion parameter based on the preset compensation value and the second preset conversion intermediate parameter; and sending the first conversion parameter to the image forming apparatus, wherein the first conversion parameter is configured to determine a target image forming control parameter that satisfies a preset image forming condition. obtaining second environmental data of environment where the consumable chip is currently located; and determining a preset compensation value of an image forming control parameter corresponding to the second environmental data and a second preset conversion intermediate parameter corresponding to the second environmental data, the second preset conversion intermediate parameter being an encryption key; generating a first conversion parameter based on the preset compensation value and the second preset conversion intermediate parameter; and sending the first conversion parameter to the image forming apparatus, wherein the first conversion parameter is configured to determine a target image forming control parameter that satisfies a preset image forming condition.
An inflatable ventilation or heating/cooling mattress comprising a directed upwardly first side , a second side , a pump and an air inlet , wherein: - the directed upwardly first side has an air permeability of 15-800 m 3 /m 2 /h at 120 Pa, - the second side is at least substantially air impermeable, and - the pump is configured to provide air to the air inlet , characterized in that during use an air pressure within the mattress is of 5-50Pa. - the directed upwardly first side has an air permeability of 15-800 m 3 /m 2 /h at 120 Pa, - the second side is at least substantially air impermeable, and - the pump is configured to provide air to the air inlet ,
An implement for soil preparation, comprising - a frame ; - a first arrangement of one or more soil cultivating tools received on the frame and configured for soil cultivation; - a second arrangement of one or more soil cultivating tools, the second arrangement of one or more soil cultivating tools - movable in relation to the first arrangement of one or more soil cultivating tool , - articulated to the frame through a first parallelogram joint , and - with respect to the first arrangement of one or more soil cultivating tools , located in a rearward direction with regard to a direction of travelling or moving of the implement in operation; - a third arrangement of one or more soil cultivating tools, the third arrangement of one or more soil cultivating tools - movable in relation to the first arrangement of one or more soil cultivating tool and to the second arrangement of one or more soil cultivating tools, respectively, and - articulated to the second arrangement of one or more soil cultivating tools through a second parallelogram joint ; and - an adjustment mechanism functionally connecting to the second parallelogram joint and configured to adjust a working parameter for the second parallelogram joint . - a frame ; - a first arrangement of one or more soil cultivating tools received on the frame and configured for soil cultivation; - a second arrangement of one or more soil cultivating tools, the second arrangement of one or more soil cultivating tools - movable in relation to the first arrangement of one or more soil cultivating tool , - articulated to the frame through a first parallelogram joint , and - with respect to the first arrangement of one or more soil cultivating tools , located in a rearward direction with regard to a direction of travelling or moving of the implement in operation; - movable in relation to the first arrangement of one or more soil cultivating tool , - articulated to the frame through a first parallelogram joint , and - with respect to the first arrangement of one or more soil cultivating tools , located in a rearward direction with regard to a direction of travelling or moving of the implement in operation; - a third arrangement of one or more soil cultivating tools, the third arrangement of one or more soil cultivating tools - movable in relation to the first arrangement of one or more soil cultivating tool and to the second arrangement of one or more soil cultivating tools, respectively, and - articulated to the second arrangement of one or more soil cultivating tools through a second parallelogram joint ; and - movable in relation to the first arrangement of one or more soil cultivating tool and to the second arrangement of one or more soil cultivating tools, respectively, and - articulated to the second arrangement of one or more soil cultivating tools through a second parallelogram joint ; and - an adjustment mechanism functionally connecting to the second parallelogram joint and configured to adjust a working parameter for the second parallelogram joint .
A magnetic tunnel junction , comprising: a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic insulator material between the first and second electrodes; the magnetic reference material of the second electrode comprising an iridium-containing region over a stack comprising Co and one or more of platinum, palladium and nickel, the iridium-containing region consisting of iridium; the magnetic reference material of the second electrode comprising an adhesion material consisting of cobalt over and directly against the iridium-containing region , a cobalt-and-iron-containing material directly against the non-magnetic insulator material and a buffer region between the adhesion material and the cobalt-and-iron-containing material ; and wherein the iridium-containing region and the stack have a first crystalline lattice, and the non-magnetic insulator material and the cobalt-and-iron-containing material have a second crystalline lattice which is different from the first crystalline lattice. a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic insulator material between the first and second electrodes; the magnetic reference material of the second electrode comprising an iridium-containing region over a stack comprising Co and one or more of platinum, palladium and nickel, the iridium-containing region consisting of iridium; the magnetic reference material of the second electrode comprising an adhesion material consisting of cobalt over and directly against the iridium-containing region , a cobalt-and-iron-containing material directly against the non-magnetic insulator material and a buffer region between the adhesion material and the cobalt-and-iron-containing material ; and wherein the iridium-containing region and the stack have a first crystalline lattice, and the non-magnetic insulator material and the cobalt-and-iron-containing material have a second crystalline lattice which is different from the first crystalline lattice.
A rubber composition for a refrigerant-transporting hose comprising at least an inner tube and a reinforcing layer disposed outward of the inner tube, wherein the rubber composition is used for manufacture of the inner tube, the rubber composition comprising: butyl rubber; a scale-like filler; and carbon black; an iodine adsorption number of the carbon black being from 65 to 150 mg/g; a content of the scale-like filler being 20 parts by mass or greater, per 100 parts by mass of the butyl rubber; and a content of the carbon black being 20 parts by mass or greater and less than 50 parts by mass, per 100 parts by mass of the butyl rubber, with the proviso that Examples 1 to 6 of EP3406665 are excluded. butyl rubber; a scale-like filler; and carbon black; an iodine adsorption number of the carbon black being from 65 to 150 mg/g; a content of the scale-like filler being 20 parts by mass or greater, per 100 parts by mass of the butyl rubber; and a content of the carbon black being 20 parts by mass or greater and less than 50 parts by mass, per 100 parts by mass of the butyl rubber, with the proviso that Examples 1 to 6 of EP3406665 are excluded.
A nutritional composition for use in reducing stress in an individual exhibiting anxiety or hypersensitivity to painful stimuli, comprising at least one human milk oligosaccharide selected from 6'-sialyllactose, and lacto-N-neotetraose.
Vehicle seat comprising a backrest element having a first contact surface which is arranged within a first imaginary plane , and a seat element having a second contact surface which is arranged within a second imaginary plane which is defined by a longitudinal axis (X) and a width axis (Y) of the vehicle seat , wherein the first imaginary plane and the second imaginary plane intersect in an intersecting axis (SR), wherein the backrest element is pivotable relative to the seat element about a rotational axis (RD), wherein an inclination angle (α) of the backrest element extends between the first imaginary plane and a central axis (M) which runs perpendicularly to the second imaginary plane , characterised in that , in a first position of the backrest element, a distance (A) along the longitudinal axis (X) between the rotational axis (RD) and the intersecting axis (SR) is at least 60 mm, wherein, in the first position of the backrest element, the inclination angle (α) is substantially 10°, wherein, when the backrest element is pivoted about the rotational axis (RD), the seat element remains within the second imaginary plane and the intersecting axis (SR) is displaced along the longitudinal axis (X) and thus the distance (A) changes.
A cable retention arrangement for an electronic device , such as a surveillance camera, the electronic device comprising a cable extending from an interior of the electronic device to an exterior of the electronic device, the cable retention arrangement comprising a base member and an attachment member releasably attachable to the base member , wherein the base member is provided with a channel configured to receive a cable and arranged in a surface of the base member configured to face the attachment member in an assembled state of the cable retention arrangement in which the attachment member is attached to the base member , wherein the channel extends between a cable entry and a cable exit , which channel is configured to receive the cable having an extension comprising a first bend at the cable entry and a second bend at the cable exit , wherein the cable entry faces a recess provided in a perimeter portion of the base member , which recess is open in a lateral direction of the base member , wherein the attachment member is provided with a protrusion which is configured to be received by the recess of the base member in the assembled state of the cable retention arrangement such that a cable lead-in is formed extending away from said surface of the base member , and wherein the attachment member is provided with a slit which, in the assembled state of the cable retention arrangement, is configured to extend in a direction traversing the channel such that the cable exit of the channel is defined at the intersection of the channel and the slit . a base member and an attachment member releasably attachable to the base member , wherein the base member is provided with a channel configured to receive a cable and arranged in a surface of the base member configured to face the attachment member in an assembled state of the cable retention arrangement in which the attachment member is attached to the base member , wherein the channel extends between a cable entry and a cable exit , which channel is configured to receive the cable having an extension comprising a first bend at the cable entry and a second bend at the cable exit , wherein the cable entry faces a recess provided in a perimeter portion of the base member , which recess is open in a lateral direction of the base member , wherein the attachment member is provided with a protrusion which is configured to be received by the recess of the base member in the assembled state of the cable retention arrangement such that a cable lead-in is formed extending away from said surface of the base member , and wherein the attachment member is provided with a slit which, in the assembled state of the cable retention arrangement, is configured to extend in a direction traversing the channel such that the cable exit of the channel is defined at the intersection of the channel and the slit .
Lighting and/or signalling device for a motor vehicle comprising at least one power LED light source and at least one other heat source , characterized in that it comprises a support part formed at least partially in an anisotropic graphite-based material supporting said power LED light source, said support part comprising a wall (1 01 B) separating the diode light source from said other heat source (1 42), said wall having a thermal resistance (RtB1) greater through its thickness than longitudinally (RtB2) and thus being able to serve as a thermal shield between said diode light source and said other heat source.
Human lymphoid precursors cell population isolated from peripheral human blood of a subject affected by a chronical inflammation or autoimmunity state or from the bone marrow of an healthy subject, characterized by the expression on the cell membrane of the surface markers CD34, DNAM-1 (CD226) expressed in bright mode, and CXCR4.