mhurhangee/ep-ind-claims huggingface dataset:
A suction hood (1, 101, 201) comprising a body, which comprises a side wall, a rear wall and an upper wall, which encloses a work space open at a front side, and comprising a work plane having a front portion, wherein the upper wall of the body comprises a hole from which an evacuation duct departs, wherein the suction hood comprises delivery means (18, 18') for delivering a vertical air flow, arranged at the front side of the body or of the front portion of the work plane and facing either downwards or upwards, respectively, so as to create an air curtain configured to separate the work space from an external environment, characterized in that the evacuation duct comprises suction means at the hole of the upper wall, wherein the work space is in flow communication with the suction means that are adapted to convey air, fumes and vapors from the work space to the evacuation duct, and in that the delivery means (18, 18') and the suction means are configured so that the air curtain is directed towards the inside of the work plane, and is aspirated upwards by the suction means to the evacuation duct, and in that the suction means and the delivery means (18, 18') are configured so that the flow rate delivered by the delivery means (18, 18') is slower than the flow rate aspirated by the suction means. wherein the upper wall of the body comprises a hole from which an evacuation duct departs, wherein the suction hood comprises delivery means (18, 18') for delivering a vertical air flow, arranged at the front side of the body or of the front portion of the work plane and facing either downwards or upwards, respectively, so as to create an air curtain configured to separate the work space from an external environment, characterized in that the evacuation duct comprises suction means at the hole of the upper wall, wherein the work space is in flow communication with the suction means that are adapted to convey air, fumes and vapors from the work space to the evacuation duct, and in that the delivery means (18, 18') and the suction means are configured so that the air curtain is directed towards the inside of the work plane, and is aspirated upwards by the suction means to the evacuation duct, and in that the suction means and the delivery means (18, 18') are configured so that the flow rate delivered by the delivery means (18, 18') is slower than the flow rate aspirated by the suction means.
Valve for pressurized fluid comprising a body housing a fluid circuit having an upstream end intended to be placed in communication with a reserve of pressurized fluid and a downstream end intended to be placed in communication with a user of fluid, the circuit comprising a collection of valve shutter(s) (6, 7) comprising at least one shutoff valve shutter allowing the circuit to be closed or opened, the valve comprising a member for manually controlling the collection of valve shutter(s) (6, 7), the control member being mounted with the ability to move on the body between a rest position in which the collection of valve shutter(s) (6, 7) is in a position in which the circuit is closed and an active position in which the control member actuates the collection of valve shutter(s) (6, 7) into a position in which the circuit is open with a first bore section, the valve comprising a mechanism (9, 10) for locking the control member in its rest position, the locking mechanism (9, 10) comprising a manual actuator mounted with the ability to move on the body between a locked first position that locks the control member to prevent it from moving from its rest position toward its active position, and a second position in which the control member is unlocked allowing it to move from its rest position toward its active position, in its unlocked second position, the actuator placing the collection of valve shutter(s) (6, 7) in a position in which the circuit is open to a second bore section, the control member being a lever articulated to the body, the actuator being a lever articulated to the body, and characterized in that the two levers (8, 9) each comprise a respective cam (14, 15) having a respective cam profile and collaborating with at least one mobile pushrod (13, 18) for control of the collection of shutoff valve shutter(s) (6, 7).
Sensor for the quantitative measuring of the feel of a surface, comprising: - a grippable casing, - a contact body intended to contact said surface on a sensing zone, - acoustic detection elements to detect noises emitted by the body during the contact thereof with said sensing zone, - characterised in that the contact body is a hollow body, that the acoustic detection elements are the first detection elements positioned in the hollow body and the sensor further comprising second mechanical detection elements (4, 7, 8) arranged to measure the normal force or the normal pressure, and the friction force exerted by said surface on said hollow body. - a grippable casing, - a contact body intended to contact said surface on a sensing zone, - acoustic detection elements to detect noises emitted by the body during the contact thereof with said sensing zone, - characterised in that the contact body is a hollow body, that the acoustic detection elements are the first detection elements positioned in the hollow body and the sensor further comprising second mechanical detection elements (4, 7, 8) arranged to measure the normal force or the normal pressure, and the friction force exerted by said surface on said hollow body.
An optical modulator comprising: a sheet-like substrate which has an electro-optical effect and has a thickness of 10 μm or less; an optical waveguide formed on the sheet-like substrate; and control electrodes (4, 5, 54) for controlling light passing through the optical waveguide, wherein the control electrodes (4, 5, 54) comprise a first electrode set (4, 5) being arranged on the sheet-like substrate, and a second electrode set being arranged under the sheet-like substrate, which are arranged so that the sheet-like substrate is interposed between the first electrode set (4, 5) and the second electrode set; wherein the first electrode set (4, 5) includes a coplanar electrode set which is composed of at least a first signal electrode and a ground electrode; and wherein the second electrode set includes at least a second signal electrode, characterised in that the optical modulator further comprises a first and a second means of providing a first and a second modulation signal, respectively, the first and second means being electrically connected to the first and second signal electrodes (4, 54), respectively, wherein, when the first and second modulation signals are applied to the first and second signal electrodes (4, 54), respectively, the signs of the respective electric fields associated with the first and second modulation signals, respectively, are opposite to each other and their amplitude ratio is constant, so that the first and the second signal electrodes (4, 54) apply an electric field to the optical waveguide in cooperation with each other. a sheet-like substrate which has an electro-optical effect and has a thickness of 10 μm or less; an optical waveguide formed on the sheet-like substrate; and control electrodes (4, 5, 54) for controlling light passing through the optical waveguide, wherein the control electrodes (4, 5, 54) comprise a first electrode set (4, 5) being arranged on the sheet-like substrate, and a second electrode set being arranged under the sheet-like substrate, which are arranged so that the sheet-like substrate is interposed between the first electrode set (4, 5) and the second electrode set; wherein the first electrode set (4, 5) includes a coplanar electrode set which is composed of at least a first signal electrode and a ground electrode; and wherein the second electrode set includes at least a second signal electrode, characterised in that the optical modulator further comprises a first and a second means of providing a first and a second modulation signal, respectively, the first and second means being electrically connected to the first and second signal electrodes (4, 54), respectively, wherein, when the first and second modulation signals are applied to the first and second signal electrodes (4, 54), respectively, the signs of the respective electric fields associated with the first and second modulation signals, respectively, are opposite to each other and their amplitude ratio is constant, so that the first and the second signal electrodes (4, 54) apply an electric field to the optical waveguide in cooperation with each other.
A system for determining an identity of an individual, comprising: a processor configured to: a) retrieve individualized identification information of the individual at a point of contact comprising an individualized biometric data of at least a first class and a first individualized identification hash formed from the individualized biometric data of the first class and an individualized biometric data of a second class; b) connect to at least one interrogation database remote from the point of contact comprising a plurality of interrogation biometric data of the second class; c) interrogate the at least one interrogation database wherein each of the plurality of interrogation biometric data of the second class is hashed together with the individualized biometric data of the first class to form a plurality of interrogation database identification hashes; d) compare each of the plurality of interrogation database identification hashes to the first individualized identification hash; e) report whether a match of any of the plurality of database identification hashes to the first individualized identification is identified; f) read a third or more class of individualized biometric data at a point of contact; and; g) report the third class of individualized biometric data at the point of contact. a) retrieve individualized identification information of the individual at a point of contact comprising an individualized biometric data of at least a first class and a first individualized identification hash formed from the individualized biometric data of the first class and an individualized biometric data of a second class; b) connect to at least one interrogation database remote from the point of contact comprising a plurality of interrogation biometric data of the second class; c) interrogate the at least one interrogation database wherein each of the plurality of interrogation biometric data of the second class is hashed together with the individualized biometric data of the first class to form a plurality of interrogation database identification hashes; d) compare each of the plurality of interrogation database identification hashes to the first individualized identification hash; e) report whether a match of any of the plurality of database identification hashes to the first individualized identification is identified; f) read a third or more class of individualized biometric data at a point of contact; and; g) report the third class of individualized biometric data at the point of contact.
A display control method for a terminal screen, wherein the terminal screen includes a display with an integrated structure, the display includes a first display region and a second display region, and a pixel density of the first display region is greater than a pixel density of the second display region; and the method comprises: controlling a transition region in the first display region to be displayed according to a target pixel density, wherein the transition region is a neighboring region in the first display region and is adjacent to the second display region; controlling one or more regions in the first display region other than the transition region to be displayed according to a first pixel density; and controlling the second display region to be displayed according to a second pixel density, wherein the target pixel density is smaller than the first pixel density and greater than the second pixel density characterized in that the controlling a transition region in the first display region to be displayed according to a target pixel density comprises: controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region. controlling a transition region in the first display region to be displayed according to a target pixel density, wherein the transition region is a neighboring region in the first display region and is adjacent to the second display region; controlling one or more regions in the first display region other than the transition region to be displayed according to a first pixel density; and controlling the second display region to be displayed according to a second pixel density, wherein the target pixel density is smaller than the first pixel density and greater than the second pixel density characterized in that the controlling a transition region in the first display region to be displayed according to a target pixel density comprises: controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region. controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region.
A motorcycle tire pair comprising a front tire and a rear tire, wherein each of the front tire and the rear tire includes a pair of beads (8, 58), a carcass (10, 60) extending on and between a first bead (8, 58) and a second bead (8, 58), a tread (4, 54) located outward of the carcass (10, 60) in a radial direction, and a band (14, 64) located between the tread (4, 54) and the carcass (10, 60) in the radial direction, the carcass (10, 60) includes a large number of carcass cords (30, 80) aligned with each other and each tilted relative to an equator plane, and the band (14, 64) includes a band cord (34, 84) extending substantially in a circumferential direction, characterized in that a ratio (Jf/Jr) of a bending stiffness (Jf) of the band cord of the front tire to a bending stiffness (Jr) of the band cord of the rear tire is not less than 0.0 and less than 0.7. each of the front tire and the rear tire includes a pair of beads (8, 58), a carcass (10, 60) extending on and between a first bead (8, 58) and a second bead (8, 58), a tread (4, 54) located outward of the carcass (10, 60) in a radial direction, and a band (14, 64) located between the tread (4, 54) and the carcass (10, 60) in the radial direction, the carcass (10, 60) includes a large number of carcass cords (30, 80) aligned with each other and each tilted relative to an equator plane, and the band (14, 64) includes a band cord (34, 84) extending substantially in a circumferential direction, characterized in that a ratio (Jf/Jr) of a bending stiffness (Jf) of the band cord of the front tire to a bending stiffness (Jr) of the band cord of the rear tire is not less than 0.0 and less than 0.7.
A composition comprising (a) a non-aqueous pourable fluid comprising one or more alkylene carbonate, (b) droplets dispersed in said pourable fluid (a), wherein said droplets comprise (i) a non-aqueous continuous phase that is a solid and (ii) solid particles dispersed in said continuous phase (i), wherein said solid particles (ii) have median size as measured by the largest dimension of 100 micrometers or less, and wherein said solid particles (ii) comprise 1-methylcyclopropene (1-MCP) and alpha-cyclodextrin. (a) a non-aqueous pourable fluid comprising one or more alkylene carbonate, (b) droplets dispersed in said pourable fluid (a), wherein said droplets comprise (i) a non-aqueous continuous phase that is a solid and (ii) solid particles dispersed in said continuous phase (i), wherein said solid particles (ii) have median size as measured by the largest dimension of 100 micrometers or less, and wherein said solid particles (ii) comprise 1-methylcyclopropene (1-MCP) and alpha-cyclodextrin. (i) a non-aqueous continuous phase that is a solid and (ii) solid particles dispersed in said continuous phase (i),
A process for the preparation of isoidide from isosorbide, comprising subjecting an aqueous solution of isosorbide to epimerization in the presence of hydrogen under the influence of a catalyst comprising ruthenium on a carbon support, wherein the hydrogen is provided under a pressure of 2.5 to 5.5 MPa (25 to 55 bar), and wherein the catalyst is present in such an amount as to provide a mole percentage of ruthenium calculated in respect of isosorbide in a range of from 0.01 mole% to 0.2 mole%.
A saddle-ride type vehicle comprising: a front wheel; a fender disposed above the front wheel; a retaining member attached to the fender; a cable member retained by the retaining member; and a front fork including a first support member, a second support member, and a bracket, wherein the first support member and the second support member are aligned in the vehicle width direction and adapted to rotatably support the front wheel, and the bracket supports the first support member and the second support member; wherein the fender is secured to the bracket and includes a first side surface that is one of a left or right surface, and a second side surface that is the other left or right surface; characterized in that the retaining member projects rearward from the first side surface, and is disposed so as to cover the first support member from the side; and the second side surface is disposed so as to cover the second support member from the side. a front wheel; a fender disposed above the front wheel; a retaining member attached to the fender; a cable member retained by the retaining member; and a front fork including a first support member, a second support member, and a bracket, wherein the first support member and the second support member are aligned in the vehicle width direction and adapted to rotatably support the front wheel, and the bracket supports the first support member and the second support member; wherein the fender is secured to the bracket and includes a first side surface that is one of a left or right surface, and a second side surface that is the other left or right surface; characterized in that the retaining member projects rearward from the first side surface, and is disposed so as to cover the first support member from the side; and the second side surface is disposed so as to cover the second support member from the side.
A method comprising: allocating a set of control resource blocks by a base station in a beamforming OFDM network, wherein the set of control resource blocks comprises periodically allocated time-frequency resource blocks associated with a set of beamforming weights to form a control beam; partitioning each resource block into a pilot part and a data part, wherein each resource block comprises M pilot structures and each pilot structure comprises L OFDM symbols, wherein pilot symbols are inserted once every K subcarriers for R times in each of the L OFDM symbols to form the pilot part while data symbols are inserted in the remaining resource elements to form the data part, and wherein M, L, K, and R are positive integers, and wherein each pilot symbol in each of the M pilot structures has a signature sequence s m with an offset v m with respect to the 0-th subcarrier, wherein m is a repetition index for the M pilot structures, and wherein each signature sequence s m is generated from circular delay-Doppler shifts of a base sequence; and transmitting the pilot symbols and the data symbols via the control beam to a plurality of user equipments, UEs. allocating a set of control resource blocks by a base station in a beamforming OFDM network, wherein the set of control resource blocks comprises periodically allocated time-frequency resource blocks associated with a set of beamforming weights to form a control beam; partitioning each resource block into a pilot part and a data part, wherein each resource block comprises M pilot structures and each pilot structure comprises L OFDM symbols, wherein pilot symbols are inserted once every K subcarriers for R times in each of the L OFDM symbols to form the pilot part while data symbols are inserted in the remaining resource elements to form the data part, and wherein M, L, K, and R are positive integers, and wherein each pilot symbol in each of the M pilot structures has a signature sequence s m with an offset v m with respect to the 0-th subcarrier, wherein m is a repetition index for the M pilot structures, and wherein each signature sequence s m is generated from circular delay-Doppler shifts of a base sequence; and transmitting the pilot symbols and the data symbols via the control beam to a plurality of user equipments, UEs.
A beta-lactamase resistant penicillin for use in a method of treating a bacterial infection in a subject in need thereof, wherein said bacterial infection is caused by a bacterial population from a Enterococci, Pneumococci or Staphylococci bacterial species wherein said bacterial population has resistance to said penicillin induced by low affinity penicillin-binding proteins (PBPs); wherein said subject is further administered, before or simultaneously to said penicillin, a statin of formula or (Ia), or a pharmaceutically acceptable salt or stereoisomer thereof: wherein R 1 and R 2 are independently selected from the group consisting of H, OH, CH 3, CH 2 CH 3, and halogen, and wherein said statin reduces or reverses resistance to said penicillin in said resistant bacterial population. wherein said subject is further administered, before or simultaneously to said penicillin, a statin of formula or (Ia), or a pharmaceutically acceptable salt or stereoisomer thereof: wherein R 1 and R 2 are independently selected from the group consisting of H, OH, CH 3, CH 2 CH 3, and halogen, and wherein said statin reduces or reverses resistance to said penicillin in said resistant bacterial population.
A fiber reinforced composite material comprising discontinuous reinforcing fibers accounting for 20 wt% or more and less than 70 wt% and a matrix resin, wherein at least part of the discontinuous reinforcing fibers form fiber aggregates and also wherein at least one of the fiber aggregates is a bow-shaped discontinuous reinforcing fiber aggregate A, in which, when a face thereof is projected onto a two-dimensional plane, each of the length-directional end portions of the minimum circumscribed rectangle about the projected face and the portion other than the two end portions contain at least one region in which the number of filaments belonging to the fiber aggregate decreases. wherein at least part of the discontinuous reinforcing fibers form fiber aggregates and also wherein at least one of the fiber aggregates is a bow-shaped discontinuous reinforcing fiber aggregate A, in which, when a face thereof is projected onto a two-dimensional plane, each of the length-directional end portions of the minimum circumscribed rectangle about the projected face and the portion other than the two end portions contain at least one region in which the number of filaments belonging to the fiber aggregate decreases.