mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the precisely fitted positioning of an inner vessel in an outer vessel of a climate chamber , having the steps; - providing an outer vessel , having a top and a bottom disposed opposite the top, - providing at least one component of an inner vessel , and - positioning the at least one component of the inner vessel between the top and the bottom of the outer vessel , wherein at least one component of the inner vessel is provided, which has a smaller height than the height of the interior of the outer vessel, defined by the distance between the top and the bottom of the outer vessel , and on which at least one leg is moveably arranged such that the height of the at least one provided component of the inner vessel , as well as that of the at least one leg moveably arranged thereupon, are variable, wherein, by means of a change in the position of the at least one leg , a precisely fitted positioning of the component of the inner vessel arranged in the outer vessel is effected, in which the component of the inner vessel rests against the top of the outer vessel and the at least one leg rests against the bottom of the outer vessel , and wherein the leg is fixed in the position in which it effects the precisely fitted positioning, characterized in that the precisely fitted positioning is carried out by means of a shifting of the position of the leg in a plane extending parallel to the bottom of the outer vessel . - providing an outer vessel , having a top and a bottom disposed opposite the top, - providing at least one component of an inner vessel , and - positioning the at least one component of the inner vessel between the top and the bottom of the outer vessel , wherein at least one component of the inner vessel is provided, which has a smaller height than the height of the interior of the outer vessel, defined by the distance between the top and the bottom of the outer vessel , and on which at least one leg is moveably arranged such that the height of the at least one provided component of the inner vessel , as well as that of the at least one leg moveably arranged thereupon, are variable, wherein, by means of a change in the position of the at least one leg , a precisely fitted positioning of the component of the inner vessel arranged in the outer vessel is effected, in which the component of the inner vessel rests against the top of the outer vessel and the at least one leg rests against the bottom of the outer vessel , and wherein the leg is fixed in the position in which it effects the precisely fitted positioning, characterized in that the precisely fitted positioning is carried out by means of a shifting of the position of the leg in a plane extending parallel to the bottom of the outer vessel .
An apparatus comprising: a microfluidic channel ; a pump to move fluid through the microfluidic channel ; an electric sensor within the microfluidic channel to form an electric field within the microfluidic channel and to output signals indicating an impedance of fluid within the electric field within the microfluidic channel ; a frequency source ; and a controller to output control signals to control the apparatus: deactivate the pump after the fluid is detected at a sense zone of the electric sensor , scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor , activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor , wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current. a microfluidic channel ; a pump to move fluid through the microfluidic channel ; an electric sensor within the microfluidic channel to form an electric field within the microfluidic channel and to output signals indicating an impedance of fluid within the electric field within the microfluidic channel ; a frequency source ; and a controller to output control signals to control the apparatus: deactivate the pump after the fluid is detected at a sense zone of the electric sensor , scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor , activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor , wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current. deactivate the pump after the fluid is detected at a sense zone of the electric sensor , scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor , activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor , wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current.
A pneumatic tire , wherein the tire is a tire for a two-wheeled vehicle, the tire comprises a tread , a contour of an outer surface of each side portion includes a first segment that is a straight line or a circular arc, and a second segment that is a straight line or a circular arc and that is continuous with the first segment, and the contour of the outer surface of the side portion bends outward with a connection point of the first segment and the second segment as a bending point characterized in that at least one of the bending points is located near a base of the tread and inward of the base in a radial direction, wherein the distance in the radial direction between the base of the tread and the at least one of the bending points is not greater than 5 mm, in particular not greater than 3 mm.
A tool container assembly , comprising: a body having a bottom , a side and a top providing access to a cavity formed by the bottom and the side; an extension portion operatively connected to the top, the extension portion having a distal end portion; a fastening member operatively connected to the distal end portion , the fastening member having an open position and a closed position, the open position forming an opening allowing access to the cavity, the closed position closing the opening thereby preventing access to the cavity, characterized by the closed position having an easy opening position and a difficult opening position; and a first pair of indicators positioned on one side and a second pair of indicators positioned on another side of the distal end portion, the indicators being at least partially aligned to position the extension portion in one of the easy opening position and the difficult opening position. a body having a bottom , a side and a top providing access to a cavity formed by the bottom and the side; an extension portion operatively connected to the top, the extension portion having a distal end portion; a fastening member operatively connected to the distal end portion , the fastening member having an open position and a closed position, the open position forming an opening allowing access to the cavity, the closed position closing the opening thereby preventing access to the cavity, characterized by the closed position having an easy opening position and a difficult opening position; and a first pair of indicators positioned on one side and a second pair of indicators positioned on another side of the distal end portion, the indicators being at least partially aligned to position the extension portion in one of the easy opening position and the difficult opening position.
A cigarette mouthpiece for an electronic cigarette comprising a hard substrate having a top end and a bottom end , and a soft substrate , a through hole being defined inside the hard substrate and extending through the opposite ends of the hard substrate , the through hole being configured as a smoke passage, an opening of the through hole located in the top end of the through hole being configured as a smoke outlet , the soft substrate being mounted on the outside of the hard substrate and supported by the hard substrate , wherein a concave portion is located between the top end and the bottom end , a groove is defined on the concave portion , and the soft substrate is mounted in the groove , characterized in that both the number of the groove and the soft substrate are two, the two grooves are respectively defined on the opposite sides of the hard substrate , and the two soft substrates are respectively mounted in the corresponding grooves .
An absorbent article for personal hygiene having a front edge , a back edge and a longitudinal axis extending from the front edge to the back edge, the absorbent article comprising: - a fluid permeable topsheet on a wearer-facing side; - a fluid-impermeable backsheet on a garment-facing side; - an absorbent core comprising an absorbent material, between the topsheet and the backsheet; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising a fibrous material, wherein the intermediate layer comprises: - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area (86-87) substantially free of fibrous material. - a fluid permeable topsheet on a wearer-facing side; - a fluid-impermeable backsheet on a garment-facing side; - an absorbent core comprising an absorbent material, between the topsheet and the backsheet; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising a fibrous material, wherein the intermediate layer comprises: - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area (86-87) substantially free of fibrous material. - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area (86-87) substantially free of fibrous material.
A pump, comprising: a first housing part defining a first portion of a bore extending within said first housing part and shaped to receive a rotor ; and a second housing part defining a second portion of said bore extending within said second housing part and shaped to receive said rotor , said first housing part having a first face abutable against an opposing second face of said second housing part to position said first portion of said bore with said second portion of said bore to receive said rotor , said first portion of said bore having a first circular cross-section portion centred along said first face and wherein the first circular cross-section portion has its centerline located along the first face and characterised in that said second portion of said bore has a second circular cross-section portion centred, within said second housing part , at a distance (t) from said second face , and wherein the centreline of that circular cross-section portion is located into the second housing part at the distance (t) which is offset from the second face . a first housing part defining a first portion of a bore extending within said first housing part and shaped to receive a rotor ; and a second housing part defining a second portion of said bore extending within said second housing part and shaped to receive said rotor , said first housing part having a first face abutable against an opposing second face of said second housing part to position said first portion of said bore with said second portion of said bore to receive said rotor , said first portion of said bore having a first circular cross-section portion centred along said first face and wherein the first circular cross-section portion has its centerline located along the first face and characterised in that said second portion of said bore has a second circular cross-section portion centred, within said second housing part , at a distance (t) from said second face , and wherein the centreline of that circular cross-section portion is located into the second housing part at the distance (t) which is offset from the second face .
An antenna for use in downhole communication or detection, the antenna comprising: at least three printed circuit boards (820A-J, 920A-J, 1020A-J, 1120A-J, 1220A-J) aligned along an axis (X); a plurality of connecting members (890A-C, 960A-C, 1195A-C) radially positioned around the axis; wherein connections are formed between the printed circuit boards and the connecting members, the connections providing structural support to the at least three printed circuit boards, and wherein each printed circuit board comprises a planar substrate, each of the planar substrates comprises at least one conductive coil (830A-J), each of the printed circuit boards are spaced apart and structurally supported by each of the connecting members, and one of the connecting members provides electrical connectivity between each of the at least three printed circuit boards. at least three printed circuit boards (820A-J, 920A-J, 1020A-J, 1120A-J, 1220A-J) aligned along an axis (X); a plurality of connecting members (890A-C, 960A-C, 1195A-C) radially positioned around the axis; wherein connections are formed between the printed circuit boards and the connecting members, the connections providing structural support to the at least three printed circuit boards, and wherein each printed circuit board comprises a planar substrate, each of the planar substrates comprises at least one conductive coil (830A-J), each of the printed circuit boards are spaced apart and structurally supported by each of the connecting members, and one of the connecting members provides electrical connectivity between each of the at least three printed circuit boards.
An evaluation apparatus , comprising: an obtainer (5 1a) configured to obtain track information showing a track of a laser target spot made by a laser beam on a workpiece; a detector configured to detect intensity information showing, in a time-series order, intensities of an optical feedback of the laser beam returning from the workpiece; a generator configured to correlate the track information and the intensity information with each other based on time so as to generate intensity distribution information showing a distribution of the intensities over the workpiece; and an evaluator configured to evaluate, based on the intensity distribution information, a welding state indicating how the workpiece is welded by the laser beam. an obtainer (5 1a) configured to obtain track information showing a track of a laser target spot made by a laser beam on a workpiece; a detector configured to detect intensity information showing, in a time-series order, intensities of an optical feedback of the laser beam returning from the workpiece; a generator configured to correlate the track information and the intensity information with each other based on time so as to generate intensity distribution information showing a distribution of the intensities over the workpiece; and an evaluator configured to evaluate, based on the intensity distribution information, a welding state indicating how the workpiece is welded by the laser beam.
A lathe comprising a carriage guided on a bed , which carriage is movable in a z direction by a spindle driven by a motor , wherein two shoulders extending in the z direction are provided on the outer surfaces (A, A') of the bed which are opposite to each other in a x direction, wherein a linear guidance extending in the z direction is supported on a support surface of each shoulder facing the carriage , and wherein the carriage is mounted on the two linear guidances for movement in the z direction, characterized in that a first protective plate extending in the z direction is attached to the bed in a position opposite to the support surfaces , wherein the first free edge of which protective plate extending in the z direction engages in a corresponding first slot in a support leg of the carriage from the interior side thereof.
A belt for an elevator system comprising: a core ; an elastomeric sheath positioned over the core; and an elastomer and phosphonate blended bonding agent adhering the core to the sheath, characterised in that the core is at least one of a carbon fiber thermoset resin composite core, an aramid fiber thermoset resin composite core, a glass fiber thermoset resin composite core, an epoxy thermoset resin composite core, and combinations thereof. a core ; an elastomeric sheath positioned over the core; and an elastomer and phosphonate blended bonding agent adhering the core to the sheath, characterised in that the core is at least one of a carbon fiber thermoset resin composite core, an aramid fiber thermoset resin composite core, a glass fiber thermoset resin composite core, an epoxy thermoset resin composite core, and combinations thereof.
Connecting element for connecting a motor shaft of a motor to an encoder shaft of a rotary encoder which is embodied to detect a rotational position and/or a rotational speed of the motor shaft , the connecting element comprising - a connecting region which runs in an annular shape around a connecting axis and has two end sides which lie axially opposite one another, an outer side facing away from the connecting axis , and an inner side facing towards the connecting axis , and - at least one fan blade protruding radially from the outer side of the connecting region , - wherein each end side of the connecting region has at least one coupling recess which extends radially from the inner side to the outer side of the connecting region . - a connecting region which runs in an annular shape around a connecting axis and has two end sides which lie axially opposite one another, an outer side facing away from the connecting axis , and an inner side facing towards the connecting axis , and - at least one fan blade protruding radially from the outer side of the connecting region , - wherein each end side of the connecting region has at least one coupling recess which extends radially from the inner side to the outer side of the connecting region .
A dehydrogenation process starting from reagents selected from single butenes, or mixtures thereof, or mixtures of butenes with butanes, to give 1-3 butadiene, which comprises the following phases: - diluting said reagents with an inert product before feeding them to a dehydrogenation section; - dehydrogenating said reagents in said dehydrogenation section in the presence of a catalytic composition which comprises microspheroidal alumina and an active component containing a mixture comprising Gallium and/or Gallium oxides, Tin and/or Tin oxides, a quantity ranging from 1 ppm to 500 ppm with respect to the total weight of the catalytic composition of platinum and/or platinum oxides, and oxides of alkaline and/or alkaline earth metals, thus producing a gaseous effluent containing 1-3 butadiene; - sending at least a part of the exhausted catalytic composition to a regenerator; - at least partially regenerating said catalytic composition, exhausted after the reaction, in the regenerator by feeding a stream containing an oxidant selected from air, air poor or rich in oxygen; - sending the regenerated catalytic composition back to the dehydrogenation section. - diluting said reagents with an inert product before feeding them to a dehydrogenation section; - dehydrogenating said reagents in said dehydrogenation section in the presence of a catalytic composition which comprises microspheroidal alumina and an active component containing a mixture comprising Gallium and/or Gallium oxides, Tin and/or Tin oxides, a quantity ranging from 1 ppm to 500 ppm with respect to the total weight of the catalytic composition of platinum and/or platinum oxides, and oxides of alkaline and/or alkaline earth metals, thus producing a gaseous effluent containing 1-3 butadiene; - sending at least a part of the exhausted catalytic composition to a regenerator; - at least partially regenerating said catalytic composition, exhausted after the reaction, in the regenerator by feeding a stream containing an oxidant selected from air, air poor or rich in oxygen; - sending the regenerated catalytic composition back to the dehydrogenation section.
A modular, variable electronic power system for generating unipolar or bipolar electrical pulses, comprising: - electrical pulse generation modules , wherein said electrical pulse generation modules are connectable in series or in parallel, such that output voltage and/or current of the generated unipolar or bipolar electrical pulses is respectively the sum of individual output voltages and/or currents of each electrical pulse generation module ; - a charging unit for powering the electrical pulse generation modules ; and - a control unit for controlling the electrical pulse generation modules and the charging unit wherein each electrical pulse generation module is coupled to the charging unit by means of an isolation transformer of the electrical pulse generation module , said charging unit being connected to the primary side of the isolation transformers , and the electrical pulse generation modules being connected to a secondary side of the isolation transformers ; wherein each electrical pulse generation module comprises an AC/DC rectifier connected to an output of the secondary side of the isolation transformer of the electrical pulse generation module , characterised in that each electrical pulse generation module comprises a DC/AC inverter having a bridge configuration connected to an output of the AC/DC rectifier of the electrical pulse generation module for generating electrical output pulses or pulse trains. - electrical pulse generation modules , wherein said electrical pulse generation modules are connectable in series or in parallel, such that output voltage and/or current of the generated unipolar or bipolar electrical pulses is respectively the sum of individual output voltages and/or currents of each electrical pulse generation module ; - a charging unit for powering the electrical pulse generation modules ; and - a control unit for controlling the electrical pulse generation modules and the charging unit