mhurhangee/patent-ind-claim-en huggingface dataset:
An alkoxysilyl-vinylene group-containing silicon compound represented by the following general formula : wherein each of R 1 and R 2 independently represents a monovalent hydrocarbon group having 1 to 20 carbon atoms; R represents a group selected from the groups expressed by the following general formulae and : -R 3 -NH-R 3' -NH 2 -R 3 -NH-R 4 -NH 2 wherein R 3 represents an identical or different divalent hydrocarbon group having 1 to 10 carbon atoms; R 3' represents an alkylene group having 1 to 10 carbon atoms; R 4 represents a divalent hydrocarbon group having an aromatic ring(s) and 6 to 10 carbon atoms; and n represents an integer of 1 to 3.
A pneumatic tire comprising a tread and a sidewall, wherein the tire further comprises protector ribs projecting from a profile (Pr) of the tire , and a shape of a cross-section, taken along a meridian of the tire , of an end of each protector rib is concave in an axial direction, characterized by further comprising a lateral groove formed mainly on the tread and extending in a direction toward an inner side in a radial direction while extending toward an outer side in the axial direction, wherein an intersection angle (θ3) of a tangent line (T3) of an axially outer end of the lateral groove relative to the profile (Pr) is not less than 100° and not greater than 140°, a sum (Hi+De) of a maximum height Hi of each protector rib and a depth De of the lateral groove is not less than 4.5 mm and not greater than 6.5 mm, and the shape of the cross-section is a circular arc. the tire further comprises protector ribs projecting from a profile (Pr) of the tire , and a shape of a cross-section, taken along a meridian of the tire , of an end of each protector rib is concave in an axial direction, characterized by further comprising a lateral groove formed mainly on the tread and extending in a direction toward an inner side in a radial direction while extending toward an outer side in the axial direction, wherein an intersection angle (θ3) of a tangent line (T3) of an axially outer end of the lateral groove relative to the profile (Pr) is not less than 100° and not greater than 140°, a sum (Hi+De) of a maximum height Hi of each protector rib and a depth De of the lateral groove is not less than 4.5 mm and not greater than 6.5 mm, and the shape of the cross-section is a circular arc.
An excavator comprising: a control valve configured to control hydraulic oil to be supplied to an actuator, based on pilot pressure; an electric operation device configured to output an operation signal; a gate lock device; a gate lock valve provided on a pilot line supplying the pilot pressure to the control valve, and configured to open or close according to a state of the gate lock device, so as to switch between a locked state and a released state; a proportional valve provided on the pilot line; and a control part configured to receive as input the operation signal, to control the proportional valve, characterised in that the control part determines, in a case where the gate lock valve is in the locked state by the gate lock device and an operation is performed on the electric operation device, the operation as an operational error. a control valve configured to control hydraulic oil to be supplied to an actuator, based on pilot pressure; an electric operation device configured to output an operation signal; a gate lock device; a gate lock valve provided on a pilot line supplying the pilot pressure to the control valve, and configured to open or close according to a state of the gate lock device, so as to switch between a locked state and a released state; a proportional valve provided on the pilot line; and a control part configured to receive as input the operation signal, to control the proportional valve, characterised in that the control part determines, in a case where the gate lock valve is in the locked state by the gate lock device and an operation is performed on the electric operation device, the operation as an operational error.
A valve comprising a valve part comprising; - a valve housing with a flow communication from a fluid inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone , a membrane adapted to deflect under the influence of a differential pressure across said membrane and means to communicate pressures to the opposing sides of the membrane , - a regulation part comprising a biasing member , a setting and setting housing , said regulation part attached to said valve part - a spindle having a part within the regulation part and a part within the valve part and connected to said valve cone , wherein the valve part and the regulation part is sealed from each other, characterized in that the setting is partly positioned within the setting housing and where the setting housing and the setting are interconnected such that the setting may be translocated within the setting housing thus translocating the spindle within the valve cone changing the pressure setting of the valve, and in that both the setting housing and the setting are hollow bodies, wherein the valve cone comprises an internal winded bore matching windings at the end of the spindle such that a rotation of the spindle changes its position within the valve cone this changing the tension of the biasing member . - a valve housing with a flow communication from a fluid inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone , a membrane adapted to deflect under the influence of a differential pressure across said membrane and means to communicate pressures to the opposing sides of the membrane , - a regulation part comprising a biasing member , a setting and setting housing , said regulation part attached to said valve part - a spindle having a part within the regulation part and a part within the valve part and connected to said valve cone ,
Method of manufacturing a valve for a container, said valve comprising: • a grommet having a plug system and defining a channel with an inlet end and an outlet end ; • a stem slide ably arranged in the channel ; whereby the grommet comprises at least two parts sealingly engaged, a first part and a second part , said first part having a protrusion within said second part , wherein the grommet is dual injected, characterized in that a multipurpose connection ring is injected to the grommet during the same process. • a grommet having a plug system and defining a channel with an inlet end and an outlet end ; • a stem slide ably arranged in the channel ;
A formwork element with at least one barrier arrangement , comprising a passage for a material flow, in which passage a barrier element with three sections is arranged, which three sections can be introduced into the passage in three operating positions (BS1, BS2, BS3), wherein in a first operating position (BS1) the first section completely opens the passage , in a second operating position (BS2) the second section completely closes the passage , and in a third operating position (BS3) the third section partially blocks the passage , characterised in that , the third section of the barrier element has at least one aperture (6.1) and at least one retaining element (6.2), wherein the retaining element (6.2) is designed as a connecting web in the at least one aperture (6.1).
Seating furniture , in particular office chair, comprising a frame part designed as a seat support or as a backrest support with two longitudinal struts (26, 26', 26") oriented along a longitudinal direction (L) and at least one transverse strut (28, 28', 28") oriented along a transverse direction (Q) perpendicular thereto, and a lattice- or net-shaped covering with at least one mesh band being elastic in tension and flexually elastic, which comprises a number of fastening points on the band side, - wherein the fastened points of the or each mesh band of the covering are fastened in a non-positive and/or positive-locking manner to fastening contours provided along the circumference of the frame part , - wherein the or each mesh band is held between the fastening contours by means of a prestress, - wherein the fastening points at band-free ends and/or at loops of the mesh band each comprise a groove block-like holding element , - wherein the frame part comprises a piping groove as fastening contour , into which the band-side holding elements are inserted or received, and - wherein the piping groove is oriented inclined relative to a clamping surface formed by the struts . - wherein the fastened points of the or each mesh band of the covering are fastened in a non-positive and/or positive-locking manner to fastening contours provided along the circumference of the frame part , - wherein the or each mesh band is held between the fastening contours by means of a prestress, - wherein the fastening points at band-free ends and/or at loops of the mesh band each comprise a groove block-like holding element , - wherein the frame part comprises a piping groove as fastening contour , into which the band-side holding elements are inserted or received, and - wherein the piping groove is oriented inclined relative to a clamping surface formed by the struts .
A smoke inhalation device comprising: a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214) and configured to release a variable amount of the substance; a communication device (146; 246); a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the communication device (146; 246), the controller (124; 224) being configured to control the release device (118; 218); a timer ; a sensor to detect airflow through the device and to activate the timer ; and a power source (122; 222) operatively coupled to the release device (118; 218), the communication device (146; 246), the controller (124; 224), the sensor , and the timer , wherein the communication device (146; 246) is configured to create a communications link between the controller (124; 224) and an external computer, such that the communications link is configured to receive and transmit data relating to settings and/or usage of the smoke inhalation device , wherein the data relating to usage of the smoke inhalation device includes data measured by the timer representative of at least one of: time elapsed between puffs, duration of airflow for each puff, total time accumulated for the airflow over a given period, and time elapsed between uses of the smoke inhalation device . a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214) and configured to release a variable amount of the substance; a communication device (146; 246); a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the communication device (146; 246), the controller (124; 224) being configured to control the release device (118; 218); a timer ; a sensor to detect airflow through the device and to activate the timer ; and a power source (122; 222) operatively coupled to the release device (118; 218), the communication device (146; 246), the controller (124; 224), the sensor , and the timer , wherein the communication device (146; 246) is configured to create a communications link between the controller (124; 224) and an external computer, such that the communications link is configured to receive and transmit data relating to settings and/or usage of the smoke inhalation device , wherein the data relating to usage of the smoke inhalation device includes data measured by the timer representative of at least one of: time elapsed between puffs, duration of airflow for each puff, total time accumulated for the airflow over a given period, and time elapsed between uses of the smoke inhalation device .
A method for knitting continuously a footwear element , in particular a shoe element , including: - a knitted upper , and - a knitted tongue , and - a knitted sole , the knitting method being such that the direction of the raws of the knitted upper is not oriented substantially vertically regarding a longitudinal direction of the shoe element, and in which the knitted upper and the knitted tongue are joined without stitching and in which the knitted upper and the knitted sole are joined without stitching, or in which the seam or the transition from the knitted sole to the knitted upper is entirely knitted or produced by knitting and in which the seam or the transition from the tongue to the upper is at least partially, or even entirely, knitted or produced by knitting. - a knitted upper , and - a knitted tongue , and - a knitted sole , the knitting method being such that the direction of the raws of the knitted upper is not oriented substantially vertically regarding a longitudinal direction of the shoe element, and in which the knitted upper and the knitted tongue are joined without stitching and in which the knitted upper and the knitted sole are joined without stitching, or in which the seam or the transition from the knitted sole to the knitted upper is entirely knitted or produced by knitting and in which the seam or the transition from the tongue to the upper is at least partially, or even entirely, knitted or produced by knitting. the knitting method being such that the direction of the raws of the knitted upper is not oriented substantially vertically regarding a longitudinal direction of the shoe element, and in which the knitted upper and the knitted tongue are joined without stitching and in which the knitted upper and the knitted sole are joined without stitching, or in which the seam or the transition from the knitted sole to the knitted upper is entirely knitted or produced by knitting and in which the seam or the transition from the tongue to the upper is at least partially, or even entirely, knitted or produced by knitting.
A continuous process for preparing a tablet comprising Compound 1 (3-(6-(1-(2,2-difluorobenzo[d] dioxol-5-yl)cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid) Form I and a solid dispersion comprising substantially amorphous Compound 2 (N-(5-hydroxy-2,4-ditert-butyl-phenyl)-4-oxo-1H-quinoline-3-carboxamide) comprising the steps of: a) mixing Compound 1 Form I, a solid dispersion comprising substantially amorphous Compound 2, a filler, and a disintegrant in a blender to form a blend; b) preparing a granulation solution with water, a binder, and a surfactant; c) feeding the blend from step a) into a continuous twin screw granulator while adding the granulation solution from step b) to produce granules; d) drying the granules from step c) and milling them; e) blending the milled granules from step d) with a filler, disintegrant, and lubricant to form a blend; and f) compressing the blend from step e) into a tablet; wherein at least one of the above steps comprises process analytical technology. a) mixing Compound 1 Form I, a solid dispersion comprising substantially amorphous Compound 2, a filler, and a disintegrant in a blender to form a blend; b) preparing a granulation solution with water, a binder, and a surfactant; c) feeding the blend from step a) into a continuous twin screw granulator while adding the granulation solution from step b) to produce granules; d) drying the granules from step c) and milling them; e) blending the milled granules from step d) with a filler, disintegrant, and lubricant to form a blend; and f) compressing the blend from step e) into a tablet;
Energy supply system having an electrical energy storage system which has a plurality of storage modules , in particular a battery system, and having an energy transmitter for transmitting energy between the storage modules and an electrical device downstream of the energy transmitter , wherein the energy transmitter has a plurality of DC chopper controllers , characterized in that the DC chopper controllers are electrically connected in series with one another on the output side and the inputs of each of the DC chopper controllers are electrically connected to a respective storage module of the energy storage system via the poles of said storage module, and the second input of each of the DC chopper controllers is at the same potential, wherein a determination apparatus , which is adapted to perform the following operations and is intended to determine state variables of the storage modules and has a computing device , which stores at least one evaluation means with at least one mathematical model of the storage modules , in particular for predicting a state and/or behaviour of the associated storage module , determines, by comparing at least one measured parameter of one of the storage modules with in each case an associated reference parameter of the evaluation means , the state variable of this storage module ; and a control apparatus for controlling the DC chopper controllers on the basis of the determined state variable of the respectively connected storage module and a selectable operating strategy, wherein the DC chopper controllers are controlled in such a manner that the storage module is at least occasionally involved in charging and discharging operations to a greater or lesser extent than the other storage modules .
Hollow filter element of an air filter, for insertion into an openable filter housing, with a filter medium body designed as hollow body, which filter medium body encloses an inside-lying flow chamber, with at least one closed end disc which covers the filter medium body on an axial front face, wherein a positioning element interacting with a housing-sided blade is disposed at the end disc , wherein the positioning element is designed in two different transversal directions for a positive reception of the blade and a positioning recess is realized in the positioning element , characterized in that the positioning element protrudes radially beyond the closed end disc and that the hollow filter element is conical shaped in axial direction, wherein the hollow filter element tapers towards the axial front face on which the positioning element is located.
A method for isolated capacitance line voltage sensing, the method comprising: placing a multi-layer sleeve comprising flexible circuit material, a first conductive area and a second conductive area against electrical insulation material of an insulated powered wire while power is present on a power conductor of the insulated powered wire , the insulated powered wire connected with a disconnect panel ; wherein the first conductive area is formed as an interior layer of the multi-layer sleeve ; transforming an impedance of a capacitor formed by the first conductive area and the insulated powered wire to a lower impedance using an impedance transform circuit , measuring a capacitance characteristic between the second conductive area and the power conductor in response to a pre-determined voltage and pre-determined frequency signal applied to the power conductor that is different than a voltage frequency of the power; and measuring a voltage of the power as a function of a capacitance between the first conductive area and the power conductor and as a function of the measured capacitance characteristic in response to the pre-determined voltage and pre-determined frequency signal, wherein the transforming comprises transforming with a field effect transistor, and wherein the field effect transistor and the conductive area are part of a flexible circuit, a gate of the field effect transistor connects to the conductive area , a source of the field effect transistor connects for the measuring, and a drain of the field effect transistor connects to a direct current voltage source. placing a multi-layer sleeve comprising flexible circuit material, a first conductive area and a second conductive area against electrical insulation material of an insulated powered wire while power is present on a power conductor of the insulated powered wire , the insulated powered wire connected with a disconnect panel ; wherein the first conductive area is formed as an interior layer of the multi-layer sleeve ; transforming an impedance of a capacitor formed by the first conductive area and the insulated powered wire to a lower impedance using an impedance transform circuit , measuring a capacitance characteristic between the second conductive area and the power conductor in response to a pre-determined voltage and pre-determined frequency signal applied to the power conductor that is different than a voltage frequency of the power; and measuring a voltage of the power as a function of a capacitance between the first conductive area and the power conductor and as a function of the measured capacitance characteristic in response to the pre-determined voltage and pre-determined frequency signal, wherein the transforming comprises transforming with a field effect transistor, and wherein the field effect transistor and the conductive area are part of a flexible circuit, a gate of the field effect transistor connects to the conductive area , a source of the field effect transistor connects for the measuring, and a drain of the field effect transistor connects to a direct current voltage source.
A set of floor panels which are mechanically connectable to each other at a first and a second edge of a first and a second floor panel respectively, wherein upper edges of said first and second edge in a connected state define a vertical plane (VP), the first edge is provided with a protruding tongue formed in one piece with the core of the first floor panel, said protruding tongue extends beyond the vertical plane (VP), the second edge is provided with a separate flexible tongue the first edge comprises a strip with a locking element , the second edge comprises a locking groove , which is open towards a rear side of the second floor panel that faces a subfloor, and a locking surface of the locking element is configured to cooperate, in the connected state, with a locking surface of the locking groove for locking the first and the second floor panel to each other in a horizontal direction, which is at right angles to the first and second edge characterized in that the flexible tongue comprises an inner part , which is connected to a holding groove at the second edge, and an outer flexible snap tab that extends upwardly and in the connected state into a cavity under the protruding tongue for locking the first and the second floor panel to each other in a vertical direction, wherein an upper contact point (A) between the protruding tongue and an upper part of the second floor panel that overlaps the protruding tongue and a lower contact point (B) between the protruding tongue and the flexible snap tab are configured to provide vertical locking, wherein the first and the second floor panel are mechanically connectable by a vertical displacement towards each other, wherein the flexible snap tab and the protruding tongue are configured to cooperate during said displacement such that at least a part of the flexible snap tab is, in a first stage, resiliently displaced inwardly towards the holding groove of the second edge by the protruding tongue , and that the flexible snap tab is, in a second stage, displaced towards the first edge, to obtain the connected state, and wherein a space (S2) is provided between the upper part of the strip and the lower edge of the second edge, so that there is no vertical locking between the upper part of the strip and the lower edge of the second edge.