mhurhangee/ep-ind-claims huggingface dataset:
A pair of cigarette packs each having a back wall with the packs arranged adjacent to one another in back-to-back relationship, a sachet releasably attached to an upper back wall portion of one pack of the pair and another sachet releasably attached to a lower back wall portion of the other pack of the pair, wherein there is a pouch of smokeless tobacco inside each sachet and the pouches do not abut one another.
Differential temperature sensor between a hot source (Sc) and a cold source (Sf), the sensor comprising a substrate, an assembly of thermoelectric layers arranged on the substrate, the assembly comprising at least one first junction of a thermocouple (100, 101) on one side of the assembly, called hot side, and at least one second junction of the thermocouple (100, 101) on the opposite side of the assembly, called cold side, at least one first and one second connection pads (50, 51) arranged to transfer heat respectively to each first junction and to each second junction, the sensor being characterized in that it comprises: - a thermally-insulating support member arranged to support the substrate, the support member comprising at least one first and one second metal connector pins (30, 31), - first and second metal connection means arranged to electrically connect the support member respectively to the or each first connection pad and to the or each second connection pad, - an external package enclosing the assembly of thermoelectric layers and the support member, the external package comprising a first surface and a second opposite surface intended to be respectively connected to the hot source (Sc) and to the cold source (Sf), a first via connecting the first surface to each first connector pin, a second via connecting the second surface to each second connector pin, and in that the support member comprises heat transfer means arranged to transfer heat from each first connector pin to the first metal connection means, and to transfer heat from the second metal connection means to each second connector pin. - a thermally-insulating support member arranged to support the substrate, the support member comprising at least one first and one second metal connector pins (30, 31), - first and second metal connection means arranged to electrically connect the support member respectively to the or each first connection pad and to the or each second connection pad, - an external package enclosing the assembly of thermoelectric layers and the support member, the external package comprising a first surface and a second opposite surface intended to be respectively connected to the hot source (Sc) and to the cold source (Sf), a first via connecting the first surface to each first connector pin, a second via connecting the second surface to each second connector pin, and in that the support member comprises heat transfer means arranged to transfer heat from each first connector pin to the first metal connection means, and to transfer heat from the second metal connection means to each second connector pin.
A control system for an articulated vehicle comprising a towing vehicle, a trailer and an autonomous emergency braking system, the control system comprising: brake control means adapted to apply a friction-estimating braking; brake force capacity estimation means adapted to estimate the brake force capacity of the vehicle as a function of longitudinal wheel slip based on the applied friction-estimating braking, axle load estimation means adapted to estimate the normal force on each wheel axle (20a-c, 22a-b) of the vehicle; friction estimation means adapted to estimate a friction coefficient based on the estimated brake force capacity and at least one of the estimated normal forces; and brake strategy adaptation means configured to adapt the brake strategy of the autonomous emergency braking system by adjusting the brake force for at least one wheel axle of the vehicle based on the estimated friction coefficient and the at least one wheel axle's estimated normal force, wherein longitudinal tyre force (F x) of the estimated brake force is determined based on: F x = BrakePressure * ToWheelTorque − d wheelspeed / d t * InertiaWheel / WheelRadius, wherein BrakePressure comes from the friction-estimating braking, ToWheelTorque is brake factor, (d wheelspeed /d t) is wheel acceleration, InertiaWheel is the rotational inertia of a studied wheel, and WheelRadius is the radius of the studied wheel. brake control means adapted to apply a friction-estimating braking; brake force capacity estimation means adapted to estimate the brake force capacity of the vehicle as a function of longitudinal wheel slip based on the applied friction-estimating braking, axle load estimation means adapted to estimate the normal force on each wheel axle (20a-c, 22a-b) of the vehicle; friction estimation means adapted to estimate a friction coefficient based on the estimated brake force capacity and at least one of the estimated normal forces; and brake strategy adaptation means configured to adapt the brake strategy of the autonomous emergency braking system by adjusting the brake force for at least one wheel axle of the vehicle based on the estimated friction coefficient and the at least one wheel axle's estimated normal force, wherein longitudinal tyre force (F x) of the estimated brake force is determined based on: F x = BrakePressure * ToWheelTorque − d wheelspeed / d t * InertiaWheel / WheelRadius, wherein BrakePressure comes from the friction-estimating braking, ToWheelTorque is brake factor, (d wheelspeed /d t) is wheel acceleration, InertiaWheel is the rotational inertia of a studied wheel, and WheelRadius is the radius of the studied wheel.
A therapeutic device for preventing, ameliorating, or reversing eye-length-related disorders, the therapeutic device being in the form of glasses (1102, 1106) with blur-inducing lenses (1110, 1111), wherein, in order to induce artificial blurring images observed by a wearer of the device, across both lenses of the device is introduced one of the following blurring means: small bumps or depressions in one or both surfaces of the lenses; transparent or translucent inclusions within the lenses with a refractive index different from that of the lens material; incorporation of particles smaller than the wavelength of the light transmitted through the lenses or a film or coating applied to the surface of the lens to produce the artificial blurring by light scattering; opaque or semi-opaque light absorbing particles, as large or larger than the wavelength of light transmitted through the lenses, are one of incorporated into the lenses, applied to the surface of the lenses, or added as a film or coating to produce the artificial blurring by diffraction; diffusers to impart blurring to the lens; characterized in that that one lens of the therapeutic device has a central, clear area as a non-blur-inducing region, and the other lens has a central, minimal-blur inducing region, wherein the blurring means are configured to provide increasing blur-induction from the central, non-blur-inducing region and minimal-blur inducing region, respectively, outward, and wherein the amount of artificial blurring produced is controlled by varying at least one of the densities, dimensions, the material of inclusions, scattering or absorbing particles, scattering coating or films or diffusers of the blurring means. small bumps or depressions in one or both surfaces of the lenses; transparent or translucent inclusions within the lenses with a refractive index different from that of the lens material; incorporation of particles smaller than the wavelength of the light transmitted through the lenses or a film or coating applied to the surface of the lens to produce the artificial blurring by light scattering; opaque or semi-opaque light absorbing particles, as large or larger than the wavelength of light transmitted through the lenses, are one of incorporated into the lenses, applied to the surface of the lenses, or added as a film or coating to produce the artificial blurring by diffraction; diffusers to impart blurring to the lens; characterized in that that
An atomic sensor system comprising: a pump laser to generate an optical pump beam to spin-polarize an alkali metal vapor; a magnetic field generator configured to generate a magnetic field along an axis of the optical pump beam in a volume; a vapor cell arranged within the volume and comprising the spin-polarized alkali metal vapor; and at least one magnetic field trimming system configured to generate a non-uniform magnetic field within the vapor cell, the non-uniform magnetic field having an intensity that is substantially equal and opposite a non-uniform local magnetic field caused by presence of the spin-polarized alkali metal vapor, to provide a substantially uniform collective magnetic field within the vapor cell. a pump laser to generate an optical pump beam to spin-polarize an alkali metal vapor; a magnetic field generator configured to generate a magnetic field along an axis of the optical pump beam in a volume; a vapor cell arranged within the volume and comprising the spin-polarized alkali metal vapor; and at least one magnetic field trimming system configured to generate a non-uniform magnetic field within the vapor cell, the non-uniform magnetic field having an intensity that is substantially equal and opposite a non-uniform local magnetic field caused by presence of the spin-polarized alkali metal vapor, to provide a substantially uniform collective magnetic field within the vapor cell.
Use of a reverse osmosis element with a high recovery rate for salt removal, the reverse osmosis element comprising - a reverse osmosis spacer with a high recovery rate; - a tube comprising an opening configured to receive a permeable liquid in a longitudinal direction; - one or more reverse osmosis membranes wound around the tube and extending outward from the tube and - the reverse osmosis spacer wound around the tube and being in contact with the one or more reverse osmosis membranes; wherein the reverse osmosis spacer has a mesh shape having a plurality of strands having predetermined intersection points and forming a mesh having a two-layer structure and operates at a recovery rate of 60; a thickness of the reverse osmosis spacer is 0.2032 mm (8 mil); an angle at one side between the intersection points between the strands is 90°; the SPI (strand per Inch) of the strands is 16, corresponding to 6.3 strands per cm; the reverse osmosis element operates at pressure of 413.685 kPa (60 psi); wherein the reverse osmosis element operates at a raw water concentration of 20 ppm, which is the concentration of both salt and contaminants in the raw water. the reverse osmosis element comprising - a reverse osmosis spacer with a high recovery rate; - a tube comprising an opening configured to receive a permeable liquid in a longitudinal direction; - one or more reverse osmosis membranes wound around the tube and extending outward from the tube and - the reverse osmosis spacer wound around the tube and being in contact with the one or more reverse osmosis membranes; - a reverse osmosis spacer with a high recovery rate; - a tube comprising an opening configured to receive a permeable liquid in a longitudinal direction; - one or more reverse osmosis membranes wound around the tube and extending outward from the tube and - the reverse osmosis spacer wound around the tube and being in contact with the one or more reverse osmosis membranes; wherein the reverse osmosis spacer has a mesh shape having a plurality of strands having predetermined intersection points and forming a mesh having a two-layer structure and operates at a recovery rate of 60; a thickness of the reverse osmosis spacer is 0.2032 mm (8 mil); an angle at one side between the intersection points between the strands is 90°; the SPI (strand per Inch) of the strands is 16, corresponding to 6.3 strands per cm; the reverse osmosis element operates at pressure of 413.685 kPa (60 psi); wherein the reverse osmosis element operates at a raw water concentration of 20 ppm, which is the concentration of both salt and contaminants in the raw water. the reverse osmosis element operates at pressure of 413.685 kPa (60 psi); wherein the reverse osmosis element operates at a raw water concentration of 20 ppm, which is the concentration of both salt and contaminants in the raw water.
A device for the administration of carboxytherapy comprising: - a pressure container of carbon dioxide defining an internal volume, - control means and command means for said device, - an injection needle, suitable for subcutaneous insertion and defining an internal channel, - a channelling circuit in a fluidic through connection with said internal volume of said pressure container and with said internal channel of said injection needle, - said channelling circuit comprising an output valve, suitable to open or close said channelling circuit, and an intermediate tank suitable to store said carbon dioxide under pressure in proximity to said injection needle, - pressure regulation means suitable to measure a back pressure and to regulate the outlet pressure of the carbon dioxide flow in such a way that the difference between the latter and said back pressure is constant, so to compensate the back pressure which the carbon dioxide flow encounters at the outlet of said internal channel of said injection needle, - heating means for heating the flow of CO 2, characterized by said output valve being configured to open or close said channelling circuit with an activation frequency adjustable and greater than 0.5 Hz with a flow adjustable and greater than 100 cm 3 /min, wherein said activation takes place with a duty cycle which is adjustable between 0.2 and 0.8. - a pressure container of carbon dioxide defining an internal volume, - control means and command means for said device, - an injection needle, suitable for subcutaneous insertion and defining an internal channel, - a channelling circuit in a fluidic through connection with said internal volume of said pressure container and with said internal channel of said injection needle, - said channelling circuit comprising an output valve, suitable to open or close said channelling circuit, and an intermediate tank suitable to store said carbon dioxide under pressure in proximity to said injection needle, - pressure regulation means suitable to measure a back pressure and to regulate the outlet pressure of the carbon dioxide flow in such a way that the difference between the latter and said back pressure is constant, so to compensate the back pressure which the carbon dioxide flow encounters at the outlet of said internal channel of said injection needle, - heating means for heating the flow of CO 2,
A crystalline, modified STT-type zeolite material for use as a catalyst, the modified STT-type zeolite material comprising a mole ratio greater than 19: 1 to 250:1 of an oxide of a tetravalent element to an oxide of a trivalent element, and having peaks in an x-ray diffraction pattern with a 2 theta degree at 8.22, 9.68, 14.51, 15.55, 17.9, 18.58, 19.3, 19.66, 21.5, and 27.4 attributed to the presence of an SSZ-23 zeolite phase and the other peaks in the x-ray diffraction pattern being attributed to the presence of an SSZ-13 zeolite phase.
A stop apparatus for a processing machine, in particular for a router, comprising a stop section, which has a stop surface for placing the stop apparatus against an edge or a side of a workpiece to be processed, and a coupling section for coupling the stop section to the processing machine, wherein the stop section comprises at least two separate functional elements (21, 27), wherein a first functional element of the separate functional elements is configured for an engagement with a guide rail and a second functional element of the separate functional elements has the stop surface, wherein the coupling section comprises at least one coupling element which is displaceably guided at the stop section, characterized in that a transverse stop which can be fixed to the coupling element is provided to limit the displacement movement in at least one direction, wherein a stop surface of the transverse stop is adjustable, in particular by means of a fine adjustment, when the transverse stop is fixed to the coupling element. the stop section comprises at least two separate functional elements (21, 27), wherein a first functional element of the separate functional elements is configured for an engagement with a guide rail and a second functional element of the separate functional elements has the stop surface, wherein the coupling section comprises at least one coupling element which is displaceably guided at the stop section, characterized in that a transverse stop which can be fixed to the coupling element is provided to limit the displacement movement in at least one direction, wherein a stop surface of the transverse stop is adjustable, in particular by means of a fine adjustment, when the transverse stop is fixed to the coupling element.
A server comprising: an interface configured to interface with a plurality of client devices; a memory configured to store information regarding a version of a first file managed by the server at a recovery point, and a processor characterized by being configured to: receive a plurality of files from the plurality of client devices to recover files in the server by using the plurality of files in the plurality of client devices, and, for a second file of the plurality of received files having a newer version than the version of the first file at the recovery point, manage the second file as a new version of the first file. an interface configured to interface with a plurality of client devices; a memory configured to store information regarding a version of a first file managed by the server at a recovery point, and a processor characterized by being configured to: receive a plurality of files from the plurality of client devices to recover files in the server by using the plurality of files in the plurality of client devices, and, for a second file of the plurality of received files having a newer version than the version of the first file at the recovery point, manage the second file as a new version of the first file. receive a plurality of files from the plurality of client devices to recover files in the server by using the plurality of files in the plurality of client devices, and, for a second file of the plurality of received files having a newer version than the version of the first file at the recovery point, manage the second file as a new version of the first file.
A mobile node configured to transition between a double tunnel and a triple tunnel connection to a home network, the mobile node comprising: an external mobile IP driver (204; 303, 510) configured to receive information from a first network driver; an internal mobile IP driver (202; 302, 508) configured to receive information from said external mobile IP driver; and a controller (301, 501) configured to control signaling for switching between a double tunnel and a triple tunnel, wherein said internal mobile IP driver (202; 302, 508) is configured to determine whether said information is an indication that the mobile node should switch from a double tunnel to a triple tunnel and to provide data to said controller (301,501) regarding said indication. an external mobile IP driver (204; 303, 510) configured to receive information from a first network driver; an internal mobile IP driver (202; 302, 508) configured to receive information from said external mobile IP driver; and a controller (301, 501) configured to control signaling for switching between a double tunnel and a triple tunnel, wherein said internal mobile IP driver (202; 302, 508) is configured to determine whether said information is an indication that the mobile node should switch from a double tunnel to a triple tunnel and to provide data to said controller (301,501) regarding said indication.
A combination comprising bensulfuron methyl, metsulfuron methyl and a third herbicide selected from the group consisting of: (a) Fluroxypyr and its salts or esters; (b) 2,4D and its salts or esters; (c) MCPA and its salts or esters; (d) Diflufenican; and (e) Metribuzin. the components being present in amounts sufficient to provide a synergistic effect. (a) Fluroxypyr and its salts or esters; (b) 2,4D and its salts or esters; (c) MCPA and its salts or esters; (d) Diflufenican; and (e) Metribuzin.
Zero-point clamping device for positionally accurate clamping of a first component with a clamping plate on a second component with a receiving bolt, wherein the receiving bolt can be introduced into a receiving opening in the clamping plate along a longitudinal direction and can be clamped in a locally fixed manner in the receiving opening by means of a clamping mechanism comprising a clamping bolt, wherein the receiving opening has along its longitudinal direction a cylindrically shaped first and a cylindrically shaped second opening section (I, II) and the receiving bolt having a cylindrically or conically shaped first and second bolt section (20, 22) can be brought into these opening sections (I, II) from an insertion position into a storage position in the direction of the longitudinal direction, wherein the first bolt section can be enclosed at least partially in a form-locking manner by the first opening section and/or by the second bolt section can be enclosed at least partially in a form-locking manner by the second opening section, and the receiving bolt can be brought, without lateral movement, from the insertion position into a bearing position in the direction of the longitudinal direction of the receiving opening, characterized in that the first bolt section with a first receiving bolt diameter, the second bolt section with a second receiving bolt diameter, the first opening section with an insertion hole diameter and the second opening section with a core hole diameter (k) are each shaped cylindrically, wherein both receiving bolt diameters (200, 220) are of the same size, wherein the insertion hole diameter is larger than the core hole diameter (k) and wherein both receiving bolt diameters (200, 220) are of the same size as the core hole diameter (k). wherein the receiving opening has along its longitudinal direction a cylindrically shaped first and a cylindrically shaped second opening section (I, II) and the receiving bolt having a cylindrically or conically shaped first and second bolt section (20, 22) can be brought into these opening sections (I, II) from an insertion position into a storage position in the direction of the longitudinal direction, wherein the first bolt section can be enclosed at least partially in a form-locking manner by the first opening section and/or by the second bolt section can be enclosed at least partially in a form-locking manner by the second opening section, and the receiving bolt can be brought, without lateral movement, from the insertion position into a bearing position in the direction of the longitudinal direction of the receiving opening, characterized in that the first bolt section with a first receiving bolt diameter, the second bolt section with a second receiving bolt diameter, the first opening section with an insertion hole diameter and the second opening section with a core hole diameter (k) are each shaped cylindrically, wherein both receiving bolt diameters (200, 220) are of the same size, wherein the insertion hole diameter is larger than the core hole diameter (k) and wherein both receiving bolt diameters (200, 220) are of the same size as the core hole diameter (k).
A belt buckle assembly comprising an anchor fitting and a buckle fitting rotatably fastened about an axis of rotation on the anchor fitting, the anchor fitting having a recess and portions of the buckle fitting protruding in at least one position into the recess, and wherein the anchor fitting includes a sidewall provided for fastening the buckle fitting and a base that is at an angle (a) of less than 180° with the side wall, characterized in that the base at least in portions comprises the recess.