mhurhangee/patent-ind-claim-en huggingface dataset:
A hose clamp comprising: a band having an inner face configured to engage a circumference of a substrate, a tensioner comprising a worm drive, and an annular spring liner comprising: a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders ; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion ; wherein both said shoulders are adapted to abut said inner face of said band, wherein said liner deflects elastically under a clamp tensioning force so that a gap (A) defined between the inner face of the band and the flat contact portion varies with said clamp tensioning force. a band having an inner face configured to engage a circumference of a substrate, a tensioner comprising a worm drive, and an annular spring liner comprising: a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders ; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion ; a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders ; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion ; wherein both said shoulders are adapted to abut said inner face of said band, wherein said liner deflects elastically under a clamp tensioning force so that a gap (A) defined between the inner face of the band and the flat contact portion varies with said clamp tensioning force.
End post comprising: - a main metal post comprising a lower portion intended to be pegged in the ground and an upper portion intended to extend trellising wires of a row of plants, - a support metal post , smaller than the main post , intended to be anchored in the ground inside the row, and - a load strut comprising a first end fixed to the main post and a second end fixed to the support post , said load strut being arranged between the main post and the support post according to an alpha angle so as to bear on the support post and support the main post , characterised in that it comprises an anchoring spade intended to be installed in the ground and to form a base with the support post . - a main metal post comprising a lower portion intended to be pegged in the ground and an upper portion intended to extend trellising wires of a row of plants, - a support metal post , smaller than the main post , intended to be anchored in the ground inside the row, and - a load strut comprising a first end fixed to the main post and a second end fixed to the support post , said load strut being arranged between the main post and the support post according to an alpha angle so as to bear on the support post and support the main post ,
A dehydrogenation catalyst for use in dehydrogenation of straight-chain hydrocarbon gas in a range of C 3 to C 4 , the dehydrogenation catalyst comprising: platinum, tin, and an alkali metal which are carried in a phase-changed alumina carrier wherein phase-changed means that the carrier is heat-treated in a calcination furnace at 1000 to 1050°C for 1 to 5 hours, whereby gamma alumina is phase-changed to theta alumina, wherein the platinum and the tin form a platinum-tin alloy present in a predetermined thickness of 300-500 μm from an outer periphery of the catalyst. platinum, tin, and an alkali metal which are carried in a phase-changed alumina carrier wherein phase-changed means that the carrier is heat-treated in a calcination furnace at 1000 to 1050°C for 1 to 5 hours, whereby gamma alumina is phase-changed to theta alumina, wherein the platinum and the tin form a platinum-tin alloy present in a predetermined thickness of 300-500 μm from an outer periphery of the catalyst.
A method to manufacture a capsule body adapted for containing one or more beverage ingredients for use in a beverage preparation machine, the method comprising: deep drawing a capsule body shape with aluminum sheet material, wherein the capsule body shape includes: a base body having side walls defining a cavity for receiving the one or more beverage ingredients, wherein the side walls include an inner surface facing the cavity defined by the side walls and an outer surface facing the beverage preparation machine in use; a flange-like rim extending from the side walls; punching one or more holes in the flange-like rim ; and covering the holes from a surface of the flange like rim that extends from the inner surface of the side walls with a sealing member , chracterized in that the sealing member is positioned only on the surface of the flange like rim that extends from the inner surface of the side walls and is adapted to provide a sealed engagement between the capsule body and the beverage preparation machine. deep drawing a capsule body shape with aluminum sheet material, wherein the capsule body shape includes: a base body having side walls defining a cavity for receiving the one or more beverage ingredients, wherein the side walls include an inner surface facing the cavity defined by the side walls and an outer surface facing the beverage preparation machine in use; a flange-like rim extending from the side walls; a base body having side walls defining a cavity for receiving the one or more beverage ingredients, wherein the side walls include an inner surface facing the cavity defined by the side walls and an outer surface facing the beverage preparation machine in use; a flange-like rim extending from the side walls; punching one or more holes in the flange-like rim ; and covering the holes from a surface of the flange like rim that extends from the inner surface of the side walls with a sealing member , chracterized in that the sealing member is positioned only on the surface of the flange like rim that extends from the inner surface of the side walls and is adapted to provide a sealed engagement between the capsule body and the beverage preparation machine.
A monomer composition for contact lenses, comprising the following components: (A) a phosphorylcholine group-containing polysiloxane monomer represented by the following formula ; (B) a phosphorylcholine group-containing methacrylic monomer represented by the following formula ; (C) a trimethylsiloxysilyl group-containing silicone monomer having at least one or more hydroxy groups in a molecule; (D) a monovinyl ether monomer having at least one or more hydroxy groups in a molecule; (E) one or more kinds of hydroxy group-containing monomers selected from: hydroxyethyl (meth)acrylate; hydroxypropyl (meth)acrylate; hydroxybutyl (meth)acrylate; and hydroxyethylacrylamide; (F) a crosslinker; and (G) a monomer other than the components (A) to (F), wherein, with respect to 100 mass% in total of all monomer components in the composition, a content ratio of the component (A) is from 10 mass% to 50 mass%, a content ratio of the component (B) is from 5 mass% to 20 mass%, a content ratio of the component (C) is from 5 mass% to 40 mass%, a content ratio of the component (D) is from 5 mass% to 40 mass%, a content ratio of the component (E) is from 5 mass% to 30 mass%, a content ratio of the component (F) is from 0.1 mass% to 15 mass%, and a content ratio of the component (G) is from 0 mass% to 50 mass%: in the formula , "a" represents an integer of from 20 to 500, "b" represents an integer of from 1 to 70, "c" represents 0 or 1, "p" and "q" each represent 0 or 1, and X represents -CH 2 - or -CH 2 CH 2 - . (A) a phosphorylcholine group-containing polysiloxane monomer represented by the following formula ; (B) a phosphorylcholine group-containing methacrylic monomer represented by the following formula ; (C) a trimethylsiloxysilyl group-containing silicone monomer having at least one or more hydroxy groups in a molecule; (D) a monovinyl ether monomer having at least one or more hydroxy groups in a molecule; (E) one or more kinds of hydroxy group-containing monomers selected from: hydroxyethyl (meth)acrylate; hydroxypropyl (meth)acrylate; hydroxybutyl (meth)acrylate; and hydroxyethylacrylamide; (F) a crosslinker; and (G) a monomer other than the components (A) to (F),
A method of using one or more radio-frequency signals, the method being performed by a wireless mobile communication device and comprising: monitoring , with at least one radio-frequency, RF, receiver, one or more RF characteristics of one or more wireless RF signals from one or more RF devices in an environment ; determining a first context of the one or more RF characteristics; selecting a reference RF profile (710 1 , 710 2 ) having a second context corresponding to the first context from a plurality of stored reference RF profiles for the environment ; comparing the one or more RF characteristics to the selected reference RF profile (710 1 , 710 2 ) for the environment ; and initiating an action based on a difference between the one or more RF characteristics and the selected reference RF profile (710 1 , 710 2 ) determined by the comparing, wherein the one or more RF characteristics and the reference RF profile (710 1 , 710 2 ) have a shared RF characteristic set that includes at least one signal characteristic, or at least one signal propagation characteristic, or a combination thereof. monitoring , with at least one radio-frequency, RF, receiver, one or more RF characteristics of one or more wireless RF signals from one or more RF devices in an environment ; determining a first context of the one or more RF characteristics; selecting a reference RF profile (710 1 , 710 2 ) having a second context corresponding to the first context from a plurality of stored reference RF profiles for the environment ; comparing the one or more RF characteristics to the selected reference RF profile (710 1 , 710 2 ) for the environment ; and initiating an action based on a difference between the one or more RF characteristics and the selected reference RF profile (710 1 , 710 2 ) determined by the comparing, wherein the one or more RF characteristics and the reference RF profile (710 1 , 710 2 ) have a shared RF characteristic set that includes at least one signal characteristic, or at least one signal propagation characteristic, or a combination thereof.
An intelligent roadside unit, comprising: a circular track ; a camera disposed on the circular track and movable along the circular track; a driver for driving the camera ; a circular radar array , wherein the circular radar array comprises a plurality of radars detecting obstacle information in different directions of a road respectively, and the obstacle information comprises a distance between an obstacle and the intelligent roadside unit and a moving orientation of the obstacle; and a controller configured to judge whether there is a vehicle approaching and to acquire an approach direction of the vehicle according to the obstacle information detected by the plurality of radars, and to control the driver to drive the camera toward the approach direction for shooting, wherein the controller acquires distances between points on the obstacle and the intelligent roadside unit at the same time, and generates a point cloud image according to an image captured by the camera and the obstacle information detected by the radars; the controller is configured to send the point cloud image to an automatic car close to the intelligent roadside unit through a communicator coupled to the controller , to allow an automatic car adopting a corresponding control strategy according to the point cloud image. a circular track ; a camera disposed on the circular track and movable along the circular track; a driver for driving the camera ; a circular radar array , wherein the circular radar array comprises a plurality of radars detecting obstacle information in different directions of a road respectively, and the obstacle information comprises a distance between an obstacle and the intelligent roadside unit and a moving orientation of the obstacle; and a controller configured to judge whether there is a vehicle approaching and to acquire an approach direction of the vehicle according to the obstacle information detected by the plurality of radars, and to control the driver to drive the camera toward the approach direction for shooting, wherein the controller acquires distances between points on the obstacle and the intelligent roadside unit at the same time, and generates a point cloud image according to an image captured by the camera and the obstacle information detected by the radars; the controller is configured to send the point cloud image to an automatic car close to the intelligent roadside unit through a communicator coupled to the controller , to allow an automatic car adopting a corresponding control strategy according to the point cloud image.
A method of suppressing the adhesion of yeast extract to facility during production of a dry composition, comprising a step of drying a yeast extract together with a dry yeast containing not more than 10 wt% of water and containing a cultured yeast dried as it is, and having a value calculated by dividing a cell wall fraction (wt%) in the dry yeast by a total nitrogen content (wt%) in the dry yeast of not more than 16, wherein the yeast extract is produced by hot water extraction and wherein the yeast extract comprises one or more selected from the group consisting of sodium glutamate at a content of not less than 8 mg/g, sodium inosinate and/or sodium guanylate at a content of not less than 10 mg/g, γ-glutamylcysteine at a content of not less than 0.1 mg/g, and glutathione at a content of not less than 1 mg/g, relative to the solid content weight of the yeast extract.
A glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 5 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 14 ZrO 2 0 - 2 TiO 2 0.1 - 4.5 ZnO ≤ 0.05 K 2 O 0 - 3 wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein there is present no B 2 O 3 , apart from unavoidable impurities. wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein there is present no B 2 O 3 , apart from unavoidable impurities.
A method of manufacturing a quartz glass fibre, said method comprising the steps of: a) producing a quartz glass primary preform by modified chemical vapor deposition (MCVD) in a quartz glass substrate tube, said quartz glass primary preform having a fluorine-doped radial layer on the fibre core; b) inserting the quartz glass primary preform into a glass jacketing tube; c) irradiating defect-generating UV radiation into the cross-sectional area of the glass jacketing tube while combining the quartz glass primary preform with the glass jacketing tube in the jacketing process to form a cladding layer on the fibre core to a secondary preform; and d) pulling a quartz glass fibre from the secondary preform. a) producing a quartz glass primary preform by modified chemical vapor deposition (MCVD) in a quartz glass substrate tube, said quartz glass primary preform having a fluorine-doped radial layer on the fibre core; b) inserting the quartz glass primary preform into a glass jacketing tube; c) irradiating defect-generating UV radiation into the cross-sectional area of the glass jacketing tube while combining the quartz glass primary preform with the glass jacketing tube in the jacketing process to form a cladding layer on the fibre core to a secondary preform; and d) pulling a quartz glass fibre from the secondary preform.
A head mounted display, HMD, comprising: a generation logic to generate at least one virtual display ; a see-through display ; a presentation unit to present the at least one virtual display on the see-through display; and a memory coupled to the presentation unit, wherein the see-through display is configured to enable a user to view the at least one virtual display and a physical display in a real-world scene, wherein the at least one virtual display is presented on the see-through display as an additional object in the real-world scene, wherein the at least one virtual display is used in conjunction with the physical display to present a computer-generated information in an extended desktop from a visual perspective of the user, and wherein the presentation unit is configured to determine if the physical display is in a field of vision of the HMD, and wherein the HMD is characterised in that the presentation unit is configured to present the computer-generated information that has been previously stored in the memory in the virtual display if the physical display is not in a field of vision of the HMD. a generation logic to generate at least one virtual display ; a see-through display ; a presentation unit to present the at least one virtual display on the see-through display; and a memory coupled to the presentation unit, wherein the see-through display is configured to enable a user to view the at least one virtual display and a physical display in a real-world scene, wherein the at least one virtual display is presented on the see-through display as an additional object in the real-world scene, wherein the at least one virtual display is used in conjunction with the physical display to present a computer-generated information in an extended desktop from a visual perspective of the user, and wherein the presentation unit is configured to determine if the physical display is in a field of vision of the HMD, and wherein the HMD is characterised in that the presentation unit is configured to present the computer-generated information that has been previously stored in the memory in the virtual display if the physical display is not in a field of vision of the HMD.
A joint structure comprising: - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and a plurality of bonding layers having different hardnesses and formed between the fit-in groove and the insertion section , wherein either one of the first member and the second member comprises a plurality of fiber-containing layers made of composite materials having different fiber extending directions, and the joint structure includes a portion in which the bonding layer bonded to a fiber-containing layer, among the plurality of fiber-containing layers, whose fiber extending direction is parallel to an insertion direction of the insertion section is harder than the bonding layer bonded to a fiber-containing layer, among the plurality of fiber-containing layers, whose fiber extending direction is different from the insertion direction. - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and
Connector for connecting a post profile to a floor threshold or a framework-crossmember profile, in particular for connecting to the glass-mounting profile , mounted in a threshold profile , comprising a base plate , on the upper surface of which a fastening lug is arranged, preferably at right angles to the upper surface, in particular which can be fastened on a rebate surface of a post profile , wherein the fastening lug has at least one fastening bore , by means of which the fastening lug can be fastened on the rebate surface , and wherein the connector has at least one screw-connection channel , in particular a screw-connection channel in the form of a pocket hole, which opens out into the fastening lug and extends through the base plate at an acute angle, preferably at an angle (α) between 10° and 30°, further preferably between 10° and 20°, in relation to the fastening lug , characterized in that the lower surface of the base plate has projecting from it at least one positioning stub , in particular a number of positioning stubs which corresponds to the number of screw-connection channels , wherein the screw-connection channel penetrates through the positioning stub .
An electrical steel sheet on a surface of which an insulating coating is present, wherein the insulating coating is free of chromium and comprises plate-like particles of inorganic compound and a metal phosphate, and the content of the plate-like particles of inorganic compound is no less than 0.1 parts by mass and no greater than 20 parts by mass with respect to 100 parts by mass of the metal phosphate, and wherein the plate-like particles of inorganic compound are in the form of secondary particles, which are formed by aggregating primary particles, and the secondary particles have an average particle diameter of no less than 0.05 μm and no greater than 5 μm, and have a specific surface area of 1 to 80 m 2 /g, and the primary particles have an aspect ratio of 50 to 1000.
An anti-B cell maturation antigen (BCMA) antibody or an antigen binding fragment thereof, comprising: a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 53 and a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 54.
Capacitive measuring system which has a plurality of capacitive sensors (S1, S2) and an evaluation circuit (AS), wherein a monofrequency voltage signal (U sin ) is applied to the capacitive sensors (S1, S2), wherein the output signals (S out ) of the capacitive sensors (S1, S2) are alternately connected to a synchronous rectifier (SG) via a multi-channel analogue multiplexer (MUX), wherein the synchronous rectifier (SG) is implemented by a MOS semiconductor switch (FET) whose source-drain path (SD) forms a shunt controlled by the monofrequency voltage signal (U sin ), wherein at least one channel of the analog multiplexer (MUX) is provided for the transmission of a calibration signal generated by a reference voltage divider (REF), wherein the measuring system is arranged to calibrate the signal amplification of the output signals (SG out ) of the synchronous rectifier (SG) in dependence on the calibration signal, and wherein the calibration signal is transmitted via the multiplexer. wherein a monofrequency voltage signal (U sin ) is applied to the capacitive sensors (S1, S2), wherein the output signals (S out ) of the capacitive sensors (S1, S2) are alternately connected to a synchronous rectifier (SG) via a multi-channel analogue multiplexer (MUX), wherein the synchronous rectifier (SG) is implemented by a MOS semiconductor switch (FET) whose source-drain path (SD) forms a shunt controlled by the monofrequency voltage signal (U sin ), wherein at least one channel of the analog multiplexer (MUX) is provided for the transmission of a calibration signal generated by a reference voltage divider (REF), wherein the measuring system is arranged to calibrate the signal amplification of the output signals (SG out ) of the synchronous rectifier (SG) in dependence on the calibration signal, and wherein the calibration signal is transmitted via the multiplexer.