mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible-walled bag for laminating glass, the bag being for depressurizing, and comprising: - two superposed sheets that are assembled in leaktight manner along their respective sides that are grouped together in pairs, so as to define an inside volume ; and - an opening zone for opening or closing the bag; wherein the first sheet includes an end portion, referred to as a first end portion , the second sheet includes an end portion, referred to as a second end portion , and the first and second end portions define the opening zone of the bag; the bag being characterized in that the first sheet , and in particular the first end portion , includes a single fold , said single fold being longitudinal and forming a flap that extends along the opening zone of the bag; and in that the first end portion presents: - an open position in which the flap is unfolded and gives access to the inside volume of the bag; and - a closed position in which the flap is folded against the second end portion so as to enable the opening zone to be closed in sealed manner, and wherein the longitudinal fold includes at least one elastomer material obtained by vulcanizing the first end portion while in the closed position so that the elastomer material is elastically deformed when the first end portion is in the open position and returns the first end portion to the closed position. - two superposed sheets that are assembled in leaktight manner along their respective sides that are grouped together in pairs, so as to define an inside volume ; and - an opening zone for opening or closing the bag; - an open position in which the flap is unfolded and gives access to the inside volume of the bag; and - a closed position in which the flap is folded against the second end portion so as to enable the opening zone to be closed in sealed manner,
An electrical line with at least one insulated conductor , which is surrounded by an electrical shield , which is contacted at a contact point (V) with an additional conductor , and with a housing tightly closing around the contact point (V), which is mounted on the electrical line, wherein a first seal and a second seal are in inserted into the housing , which seal the housing to the outside, characterized in that the additional conductor forms a shield discharge line, in that the second seal has several through-openings for the at least one insulated conductor and the additional conductor and in that a retaining element fixes the contact point (V) in the housing .
Stator arrangement for a rotary claw pole motor, comprising a first claw element and a second claw element , wherein the first claw element and the second claw element each have an annular section which defines lateral boundaries, lying opposite one another, of a toroidal stator body in the axial direction, wherein the claw elements are connected to one another by their outer edge in the radial direction, via a cylindrical return ring , and form an electrically conductive stator arrangement with a winding duct which runs in the circumferential direction, wherein a stator winding runs in the winding duct, and an electrically conductive contact element is provided which electrically connects a feedline , for making electrical contact with the stator winding , to the stator arrangement .
Apparatus for insulating and sealing electrode holders situated in CVD reactors which comprises an electrode which is suitable for accommodating a filament rod and is disposed atop an electrode holder made of an electrically conductive material and mounted in a recess in a floor plate , wherein provided between the electrode holder and the floor plate is an electrically insulating ring made of a material of construction having a specific thermal conductivity at room temperature of 0.2 - 50 W/mK, a minimum flexural strength of greater than 120 MPa and a specific electrical resistance at room temperature of greater than 10 9 Ωcm, wherein at least two ring-shaped sealing elements for sealing between the electrode holder and the floor plate are present, wherein the at least two ring-shaped sealing elements do not lie on the same side of the electrically insulating ring and wherein the electrically insulating ring or the electrode holder or the floor plate comprises at least one groove in which a first sealing element is secured, characterized in that at least one second sealing element not secured in a groove is present between the electrically insulating ring and the floor plate or between the electrically insulating ring and the electrode holder .
A glasses-type mobile terminal comprising: a display configured to display a virtual reality image; and a controller configured to: determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image. a display configured to display a virtual reality image; and a controller configured to: determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image. determine a reality returning time based on received reality information; and adjust display of the virtual reality image using the received reality information, characterized in that the controller is configured to gradually decrease a visual movement speed of the virtual reality image at the reality returning time as a way of adjusting display of the virtual reality image.
An enriched culture, an isolated culture or a biologically pure culture of Bacillus thuringiensis strain SGI-020-A01, deposited as NRRL B-50484.
Acoustic signal supply circuit for at least one speaker (HP) incorporating a device for filtering the resonance peak of said at least one speaker (HP) occurring at a certain frequency of the supply current of said at least one speaker (HP), said circuit comprising at least one non-inverting converter (A 0 ) arranged upstream of said at least one speaker (HP), the converter having a positive supply terminal linked to the input power supply of the circuit and a negative supply terminal, said circuit also comprising, at the output of said at least one speaker (HP), a first instrumentation ground circuit (GND.a) downstream of the speaker as a bypass from a feedback loop connecting the input point of the ground circuit downstream of the speaker (HP) to the negative supply terminal of the non-inverting converter (A 0 ), the device for filtering the resonance peak of said at least one speaker (HP) being purely electrical in the form of an impedance (Z b , Z 2 ) incorporated either into the first instrumentation ground circuit (GND.a) or into the feedback loop, the parameters of the impedance (Z b , Z 2 ) being predetermined on the basis of the resonance peak to be filtered of said at least one speaker (HP), characterized in that : - when the impedance (Z b ) is incorporated into the first instrumentation ground circuit (GND.a), this impedance (Z b ) is in the form of a dead resistor (R 0 ) associated with a first impedance called parallel RLC (Z bb ) comprising at least one first resistor (R b ), at least one first inductor (L b ) and at least one first capacitor (C b ) arranged in parallel with one another, the first parallel RLC impedance (Z bb ) being arranged in series with the dead resistor (R 0 ) in said first instrumentation ground circuit (GND.a), and - when the impedance (Z 2 ) is incorporated into the feedback loop, this impedance, as second impedance (Z 2 ), comprises an associated second resistor (R 2 ) in parallel with at least one second inductor (L 2 ) and at least one second capacitor (C 2 ), said at least one second inductor (L 2 ) and said at least one second capacitor (C 2 ) being arranged in series. - when the impedance (Z b ) is incorporated into the first instrumentation ground circuit (GND.a), this impedance (Z b ) is in the form of a dead resistor (R 0 ) associated with a first impedance called parallel RLC (Z bb ) comprising at least one first resistor (R b ), at least one first inductor (L b ) and at least one first capacitor (C b ) arranged in parallel with one another, the first parallel RLC impedance (Z bb ) being arranged in series with the dead resistor (R 0 ) in said first instrumentation ground circuit (GND.a), and - when the impedance (Z 2 ) is incorporated into the feedback loop, this impedance, as second impedance (Z 2 ), comprises an associated second resistor (R 2 ) in parallel with at least one second inductor (L 2 ) and at least one second capacitor (C 2 ), said at least one second inductor (L 2 ) and said at least one second capacitor (C 2 ) being arranged in series.
A method comprising: rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; determining a confidence level of the detection of the onset of the saccade; and reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of a duration of the saccade, wherein an amount or a method of the reduction is determined the based on the confidence level. rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; determining a confidence level of the detection of the onset of the saccade; and reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of a duration of the saccade, wherein an amount or a method of the reduction is determined the based on the confidence level.
A method for preparing an alpha-olefin comprising: supplying a feed stream including a gaseous ethylene monomer to a monomer dissolution device to dissolve the feed stream in a solvent supplied to the monomer dissolution device and supplying a discharge stream to a reactor ; oligomerizing the discharge stream from the monomer dissolution device which has been supplied to the reactor ; supplying a part of a first discharge stream from the reactor to a first separation device and supplying a second discharge stream from the reactor to a second separation device ; and recovering the ethylene monomer from each of the first separation device and the second separation device as an upper discharge stream, wherein in the monomer dissolution device , a dissolution rate of the gaseous ethylene monomer included in the feed stream in the solvent is 50% or more; and wherein the first discharge stream from the reactor is supplied to a condenser , a part of a discharge stream from the condenser is supplied to the reactor , and a remaining stream is supplied to the first separation device via a heat exchanger . supplying a feed stream including a gaseous ethylene monomer to a monomer dissolution device to dissolve the feed stream in a solvent supplied to the monomer dissolution device and supplying a discharge stream to a reactor ; oligomerizing the discharge stream from the monomer dissolution device which has been supplied to the reactor ; supplying a part of a first discharge stream from the reactor to a first separation device and supplying a second discharge stream from the reactor to a second separation device ; and recovering the ethylene monomer from each of the first separation device and the second separation device as an upper discharge stream, wherein in the monomer dissolution device , a dissolution rate of the gaseous ethylene monomer included in the feed stream in the solvent is 50% or more; and wherein the first discharge stream from the reactor is supplied to a condenser , a part of a discharge stream from the condenser is supplied to the reactor , and a remaining stream is supplied to the first separation device via a heat exchanger .
A mobile carriage for connecting a retractor blade to a retractor frame member , said mobile carriage comprising: a track engagement feature ; a blade post holder configured to yaw, pitch, roll, and translate proximally and distally relative to the track engagement feature , the blade post holder having a post engagement feature configured to hold a cylindrical post such that the post is free to translate along the post's longitudinal axis relative to the blade post holder , and free to rotate about the post's longitudinal axis, but is otherwise constrained from moving relative to the blade post holder ; a carriage locking mechanism in contact with the blade post holder , configured to reversibly exert compressive force on the blade post holder to inhibit the blade post holder from yaw, pitch, and roll relative to the track engagement feature , wherein such compressive force causes the post engagement feature to exert compressive force on the cylindrical post to restrict the post from translating along the post's longitudinal axis; characterized in that the carriage locking mechanism comprises a thumb switch coupled to a cam that confers compressive force on the blade post holder via a spring and a plurality of washers interposed between the thumb switch and the post holder . a track engagement feature ; a blade post holder configured to yaw, pitch, roll, and translate proximally and distally relative to the track engagement feature , the blade post holder having a post engagement feature configured to hold a cylindrical post such that the post is free to translate along the post's longitudinal axis relative to the blade post holder , and free to rotate about the post's longitudinal axis, but is otherwise constrained from moving relative to the blade post holder ; a carriage locking mechanism in contact with the blade post holder , configured to reversibly exert compressive force on the blade post holder to inhibit the blade post holder from yaw, pitch, and roll relative to the track engagement feature , wherein such compressive force causes the post engagement feature to exert compressive force on the cylindrical post to restrict the post from translating along the post's longitudinal axis; characterized in that the carriage locking mechanism comprises a thumb switch coupled to a cam that confers compressive force on the blade post holder via a spring and a plurality of washers interposed between the thumb switch and the post holder .
A portable interdental toothbrush (A) which comprises: a cleaning solution tube in which a cleaning solution is received to be carried conveniently and an assembly protrusion for discharging the cleaning solution is formed; and a tube cover assembled detachably to the assembly protrusion of the cleaning solution tube , in which an assembly hole into which the assembly protrusion of the cleaning solution tube is inserted and assembled is formed on one end, and an assembly hole followed by a fixing hole having a diameter larger than that of the assembly hole is formed on the other end, characterized in that , a brush fixing portion having an insertion end inserted into the fixing hole of the tube cover and fixed, a protruded close adhesion end formed on a free end of the insertion end to be contacted detachably to the assembly protrusion , and a brush fixed at the other end thereof a cleaning solution tube in which a cleaning solution is received to be carried conveniently and an assembly protrusion for discharging the cleaning solution is formed; and a tube cover assembled detachably to the assembly protrusion of the cleaning solution tube , in which an assembly hole into which the assembly protrusion of the cleaning solution tube is inserted and assembled is formed on one end, and an assembly hole followed by a fixing hole having a diameter larger than that of the assembly hole is formed on the other end, characterized in that , a brush fixing portion having an insertion end inserted into the fixing hole of the tube cover and fixed, a protruded close adhesion end formed on a free end of the insertion end to be contacted detachably to the assembly protrusion , and a brush fixed at the other end thereof
A combustion-powered driving tool for propelling fasteners into a workpiece , comprising: a housing ; a power source located in said housing; a nosepiece connected to a lower end of said power source ; a magazine associated with said housing and constructed and arranged for storing and sequentially feeding a plurality of fasteners to said nosepiece ; and a workpiece contact element associated with said nosepiece , the workpiece contact element including a nose section having a rear wall located between the magazine and the nosepiece , wherein said nose section is constructed and arranged for surrounding said nosepiece ; the work piece contact element comprising at least one tooth extending from said workpiece contact element , characterized in that said at least one tooth is arranged on the rear wall , and is constructed and arranged for gripping the workpiece to enable the tool to actuate when said magazine is arranged generally parallel to the workpiece . a housing ; a power source located in said housing; a nosepiece connected to a lower end of said power source ; a magazine associated with said housing and constructed and arranged for storing and sequentially feeding a plurality of fasteners to said nosepiece ; and a workpiece contact element associated with said nosepiece , the workpiece contact element including a nose section having a rear wall located between the magazine and the nosepiece , wherein said nose section is constructed and arranged for surrounding said nosepiece ; the work piece contact element comprising at least one tooth extending from said workpiece contact element , characterized in that said at least one tooth is arranged on the rear wall , and is constructed and arranged for gripping the workpiece to enable the tool to actuate when said magazine is arranged generally parallel to the workpiece .
Method for operating a GNSS sensor of a vehicle , the control operations of which are influenceable by an electronic control unit , comprising at least the following steps: a) receiving satellite data, b) evaluating the satellite data, c) deactivating a least one operating mode of the GNSS sensor if at least a portion of the satellite data is unsuitable for determining the position of the vehicle , wherein the deactivation of the at least one operating mode of the GNSS sensor is reported to a superordinate system, wherein the at least one operating mode of the GNSS sensor is reactivated if the superordinate system triggers an activation signal, wherein the superordinate system is a cloud and wherein the report of the deactivation of the at least one operating mode of the GNSS sensor results in the last valid position and/or time of said sensor and/or the reason for deactivation being transmitted to the superordinate system, characterized in that the superordinate system then checks whether the deactivation was legitimate and the subordinate system then transmits a corresponding response, according to which the GNSS sensor is reactivated if the deactivation is not legitimate. a) receiving satellite data, b) evaluating the satellite data, c) deactivating a least one operating mode of the GNSS sensor if at least a portion of the satellite data is unsuitable for determining the position of the vehicle ,
A tip saw for a composite material, such as sandwich panels and fiber reinforced plastics, the tip saw being provided with bases (4; 24) that are formed at a predetermined interval on an outer periphery of a base metal having a disk shape and a single tip (5; 25) securely attached to each base (4; 24), wherein the tips (5; 25) have their flank faces (5b; 25b) provided as staggered teeth pointed alternately at left and right ends, said staggered teeth being composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a rotation direction (A) of said tip saw , and have their rake faces (5a; 25a) provided as staggered teeth pointed alternately at left and right ends, wherein the rake face (5a; 25) of each tip (5; 25) is provided at a negative angle (α) of inclination in a direction opposite to the rotation direction (A) of said tip saw with reference to a center line (CL) extending from a center of the base metal toward the outer periphery, and an outer peripheral part of the tip saw is applied with a dehydrogenative DLC coating of a fixed width, the rake faces (5a; 25a) provided as staggered teeth are composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a radial direction of said tip saw , characterized in that said rake faces are as well inclined toward the surface normal of the disc, and that the flank of the tip (5; 25) has the same width over its entire length. the rake face (5a; 25) of each tip (5; 25) is provided at a negative angle (α) of inclination in a direction opposite to the rotation direction (A) of said tip saw with reference to a center line (CL) extending from a center of the base metal toward the outer periphery, and an outer peripheral part of the tip saw is applied with a dehydrogenative DLC coating of a fixed width, the rake faces (5a; 25a) provided as staggered teeth are composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a radial direction of said tip saw , characterized in that said rake faces are as well inclined toward the surface normal of the disc, and that the flank of the tip (5; 25) has the same width over its entire length.
Device for testing a glove and a sealing/integrity of a glove and/or a glove port of a separative device such as an isolator, the device comprising: - a housing ; - a sealing element that is operatively connected to the housing and that is configured for sealingly connecting the device with a wall of the isolator in which the glove port is positioned; - a pressure generating unit ; and - a measuring unit; wherein the device is placeable over a glove port of an isolator and wherein, in use, the device , the wall of the isolator, the glove and the glove port form an inner space that is substantially hermetically sealed, wherein the device additionally comprises an adaptor , which is configured for connecting the housing to the wall of the isolator, wherein a first side of the adaptor comprises a flange that is sealingly connectable to the wall of the isolator and has a surface area that is adapted to the size of the glove port in that it is placeable over the glove port , characterized in that a second, opposite side of the adaptor is sealingly removably connectable to the housing of the device . - a housing ; - a sealing element that is operatively connected to the housing and that is configured for sealingly connecting the device with a wall of the isolator in which the glove port is positioned; - a pressure generating unit ; and - a measuring unit;