mhurhangee/ep-ind-claims huggingface dataset:
A keypad assembly comprising: a dome configured to operatively engage a switch sensor on a circuit board 450; a dome overlay guide adhered to the dome; a key corresponding to the dome, and configured to operatively engage the dome; a light emitting source configured to emit light; wherein the dome overlay guide is configured to receive the emitted light and direct the received light toward the key; a reflector layer configured to reflect light escaping the dome overlay guide toward the key; wherein the dome overlay guide comprises a light guide film; characterized in that the dome is reflective to reflect light escaping from the dome overlay guide toward the key and in that the reflector layer further comprises an aperture corresponding to the dome. a dome configured to operatively engage a switch sensor on a circuit board 450; a dome overlay guide adhered to the dome; a key corresponding to the dome, and configured to operatively engage the dome; a light emitting source configured to emit light; wherein the dome overlay guide is configured to receive the emitted light and direct the received light toward the key; a reflector layer configured to reflect light escaping the dome overlay guide toward the key; wherein the dome overlay guide comprises a light guide film; characterized in that the dome is reflective to reflect light escaping from the dome overlay guide toward the key and in that the reflector layer further comprises an aperture corresponding to the dome.
A garment made of an elastic circular-knitted fabric comprising knitted loops composed of non-elastic fibers, and knitted loops composed of non-elastic fibers and elastic fibers, wherein courses comprising the knitted loops composed of non-elastic fibers and courses comprising knitted loops composed of non-elastic fibers and elastic fibers are present in an alternating manner, wherein said knitted loops composed of non-elastic fibers and elastic fibers are selected from the group consisting of covered yarns in which the elastic fibers are covered with the non-elastic fibers or fibers in which the non-elastic fibers have been plated with the elastic fibers, and wherein the non-elastic fibers are selected from the group consisting of spun yarns of natural fibers selected from cotton, wool, and hemp, and filament yarns of synthetic fibers selected from polyamide fibers, polyester fibers, acrylic fibers, polypropylene fibers, vinyl chloride fibers, and cellulose fibers, characterized in that elongation stress curves of the elastic circular-knitted fabric in the warp and weft directions have a ratio ( /) of a slope at 40 to 80% elongation to a slope at 0 to 40% elongation, determined as described in paragraph of the description, of not greater than 1.0 in the respective directions, and the standard deviation of unevenness between loops on a rear surface of the elastic circular-knitted fabric, determined as described in paragraph of the description, is not greater than 0.5, wherein the rear surface corresponds to a skin surface side when the the garment is in a worn-state.
Column tray for a reactive distillation column, said tray having first and second overflow weirs (5, 7) of different heights separated by a divider extending from below the level of the lower weir to above the level of the higher weir, said divider permitting liquid flow between the two weirs (5, 7) at a level below the lower weir, wherein a catalytic material is fixed in position either entirely below the level of the lower weir or entirely above the level of the lower weir.
A coil assembly comprising: a coil unit in which a coil obtained by winding a winding wire is disposed around a magnetic core; a coil case that accommodates the coil unit; and a potting material with which an inside of the coil case is filled, wherein the coil case has an elastic fixing portion that is attachable to a resin member to which the coil case is to be fixed, characterized in that the coil case has a positioning portion for positioning with respect to the resin member, and the positioning portion is provided on an opening end of the coil case. a coil unit in which a coil obtained by winding a winding wire is disposed around a magnetic core; a coil case that accommodates the coil unit; and a potting material with which an inside of the coil case is filled, wherein the coil case has an elastic fixing portion that is attachable to a resin member to which the coil case is to be fixed, characterized in that the coil case has a positioning portion for positioning with respect to the resin member, and the positioning portion is provided on an opening end of the coil case.
A heterodimeric, conditionally active chimeric antigen receptor comprising: a first polypeptide comprising an antigen-binding domain that comprises a single chain antibody variable region that specifically binds to CD30, a first member of the dimerization pair, and a first transmembrane domain; and a second polypeptide comprising a second member of a dimerization pair, a second transmembrane domain, and an intracellular signaling domain; wherein a dimerizing agent dimerizes the heterodimeric CAR when the first and second polypeptides are expressed by a cell with the dimerizing agent bound between the dimerization pair members of the first and second polypeptides. a first polypeptide comprising an antigen-binding domain that comprises a single chain antibody variable region that specifically binds to CD30, a first member of the dimerization pair, and a first transmembrane domain; and a second polypeptide comprising a second member of a dimerization pair, a second transmembrane domain, and an intracellular signaling domain;
A forming tool for widening an opening, the forming tool comprising an expanding device comprising several expansion elements, wherein the expansion elements each have a curved forming surface extending between two peripheral end edges, wherein the expansion elements are moveable from a first position to a second position, wherein in the first position, which corresponds to a contracted state, the expansion elements are connected with one another by way of separating surfaces, wherein in the second position, which corresponds to an expanded state, the expansion elements are displaced in a radial direction from a center of the expanding device such that the separating surfaces are spaced apart from one another, characterized in that in the first position, the peripheral end edges are spaced further apart from the center than a central region of the forming surfaces.
An endotracheal, ET, tube assembly configured for nerve monitoring and pressure sensing, the ET tube assembly comprising: an ET tube comprising an outer circumferential surface and a length sufficient for insertion within a trachea of a patient, the ET tube being configured to be at least partially inserted within the trachea; a surface electrode wrapped about a portion of the outer circumferential surface of the ET tube, the surface electrode being configured to contact a target tissue and monitor nerve activity when the ET tube is at least partially inserted within the trachea; and characterised in that it further comprises: a pressure sensor assembly coupled to the outer circumferential surface of the ET tube, the pressure sensor assembly being configured to sense an amount of pressure between the surface electrode and the target tissue. an ET tube comprising an outer circumferential surface and a length sufficient for insertion within a trachea of a patient, the ET tube being configured to be at least partially inserted within the trachea; a surface electrode wrapped about a portion of the outer circumferential surface of the ET tube, the surface electrode being configured to contact a target tissue and monitor nerve activity when the ET tube is at least partially inserted within the trachea; and
A domestic appliance for built-in or slot-in installation, comprising: a housing having at least two sides; a front door; a hinge mechanism, provided at or adjacent one of the sides, coupling the door to the housing and permitting relative movement thereof, wherein the door is movable between a first position (Fig. 5a), in which the door is closed, and a second position (Fig. 5d), in which the door is fully open; wherein the hinge mechanism is attached to the door and to the housing at points spaced apart from the vertical extremities thereof, whereby, when the door is in said first position, the hinge mechanism is not visible from a position in front of the appliance, characterised in that in the said first position the door protrudes laterally beyond said one side and the hinge mechanism is so shaped and dimensioned whereby, in use, the extent of protrusion of the door laterally beyond said one side when the door is in said second position is less than or equal to that when the door is in said first position, and in that the hinge mechanism comprises, at at least each of the top and bottom of the housing: a first hinge member, fixedly attached to the door and having a primary slot defined therein, and at at least each of the top and bottom of the housing: a second hinge member, fixedly attached to the housing and having a secondary slot defined therein. a housing having at least two sides; a front door; a hinge mechanism, provided at or adjacent one of the sides, coupling the door to the housing and permitting relative movement thereof, wherein the door is movable between a first position (Fig. 5a), in which the door is closed, and a second position (Fig. 5d), in which the door is fully open; wherein the hinge mechanism is attached to the door and to the housing at points spaced apart from the vertical extremities thereof, whereby, when the door is in said first position, the hinge mechanism is not visible from a position in front of the appliance, characterised in that in the said first position the door protrudes laterally beyond said one side and the hinge mechanism is so shaped and dimensioned whereby, in use, the extent of protrusion of the door laterally beyond said one side when the door is in said second position is less than or equal to that when the door is in said first position, and in that the hinge mechanism comprises, at at least each of the top and bottom of the housing: a first hinge member, fixedly attached to the door and having a primary slot defined therein, and at at least each of the top and bottom of the housing: a second hinge member, fixedly attached to the housing and having a secondary slot defined therein. a first hinge member, fixedly attached to the door and having a primary slot defined therein, and at at least each of the top and bottom of the housing: a second hinge member, fixedly attached to the housing and having a secondary slot defined therein.
A valve comprising: a valve housing; a valve inlet defined in the valve housing; a valve outlet defined in the valve housing; a valve element coupled to the valve housing, wherein the valve element is adapted to selectively allow flow of a fluid from the valve inlet towards the valve outlet; a valve pin coupled to the valve element, wherein the valve pin is adapted to actuate the valve element to allow flow of the fluid from the valve inlet towards the valve outlet; and a rocker (118, 806) adapted to push the valve pin to actuate the valve element, wherein the rocker (118, 806) extends between a first end, and a second end, the rocker (118, 806) is adapted to push the valve pin when pressed at either one of the first end, the second end, or at a location between the first end and the second end, characterized in that: a locking mechanism is provided between the rocker (118, 806) and the valve housing that locks the rocker (118, 806) when once pushed out of the closed position of the valve in its pushed position, so that the valve stays open, and when pushed again closes the valve. a valve housing; a valve inlet defined in the valve housing; a valve outlet defined in the valve housing; a valve element coupled to the valve housing, wherein the valve element is adapted to selectively allow flow of a fluid from the valve inlet towards the valve outlet; a valve pin coupled to the valve element, wherein the valve pin is adapted to actuate the valve element to allow flow of the fluid from the valve inlet towards the valve outlet; and a rocker (118, 806) adapted to push the valve pin to actuate the valve element, wherein the rocker (118, 806) extends between a first end, and a second end, the rocker (118, 806) is adapted to push the valve pin when pressed at either one of the first end, the second end, or at a location between the first end and the second end, characterized in that: a locking mechanism is provided between the rocker (118, 806) and the valve housing that locks the rocker (118, 806) when once pushed out of the closed position of the valve in its pushed position, so that the valve stays open, and when pushed again closes the valve.
A method for processing an occlusion in a forward motion field (FMF t-1/t) of a second frame (t-1) relative to a first frame (t), the method comprising: - determining the forward motion field (FMF t-1/t) of the second frame (t-1) relative to the first frame (t); and - identifying an area in the second frame (t-1) that is occluded in the first frame (t); characterized in that the method further comprises: - determining a corrected forward motion field (CFMF t-1/t) of the second frame (t-1) relative to the first frame (t) by filling the forward motion field (FMF t-1/t) in the identified area in the second frame (t-1) using motion vectors of a previous backward motion field (BMF t-1/t-2) of the second frame (t-1) relative to a previous third frame (t-2). - determining the forward motion field (FMF t-1/t) of the second frame (t-1) relative to the first frame (t); and - identifying an area in the second frame (t-1) that is occluded in the first frame (t); - determining a corrected forward motion field (CFMF t-1/t) of the second frame (t-1) relative to the first frame (t) by filling the forward motion field (FMF t-1/t) in the identified area in the second frame (t-1) using motion vectors of a previous backward motion field (BMF t-1/t-2) of the second frame (t-1) relative to a previous third frame (t-2).
A device for vibration isolation of at least one item of equipment on board a support structure, characterised in that it comprises a first and a second rigid part (11, 12) and a group of at least two resilient elements (13, 14) connected in series between the first and the second rigid part, wherein one of the two rigid parts (11, 12) is intended to be fixed to the item of equipment and another rigid part is intended to be fixed to the support structure, each of the elements of said group of resilient elements (13, 14) having different stiffnesses, a first element being fixed to the first rigid part and a second element being fixed to the second rigid part, and in that a range of deformation values exists on which the first resilient element exhibits increasing stiffness with its deformation, irrespective of the direction of stress, and the second resilient element exhibits substantially constant stiffness as a function of the applied deformation, said stiffness of the first resilient element being less than that of the second resilient element on a lower region of said range of values, such that the overall stiffness of the device is close to the stiffness of the first resilient element and is greater than that of the second resilient element on an upper region of said range of values, such that the overall stiffness of the device is close to the stiffness of the second resilient element.
A thermal validation apparatus of a device for the thermal processing of biological samples, the thermal processing device comprising a body delimiting a space intended to receive a microplate, and a lid attached to the body and intended to close the space, the thermal validation apparatus being intended to be introduced in the space of the thermal processing device and comprising: - a microplate comprising: - a main wall, and - a plurality of sleeves made from plastic, each sleeve delimiting a sink and being intended to be inserted into a respective cavity of the thermal processing device, intended to heat or cool biological samples, and - a respective temperature probe placed at least in one of the sinks, and - a cover fastened on the upper face of the main wall and closing at least each sink in which a temperature probe is placed, each temperature probe being fastened to the cover. - a microplate comprising: - a main wall, and - a plurality of sleeves made from plastic, each sleeve delimiting a sink and being intended to be inserted into a respective cavity of the thermal processing device, intended to heat or cool biological samples, and - a main wall, and - a plurality of sleeves made from plastic, each sleeve delimiting a sink and being intended to be inserted into a respective cavity of the thermal processing device, intended to heat or cool biological samples, and - a respective temperature probe placed at least in one of the sinks, and - a cover fastened on the upper face of the main wall and closing at least each sink in which a temperature probe is placed, each temperature probe being fastened to the cover.
The method of manufacturing a solar cell comprising a metal electrode, an antireflection film, and a semiconductor substrate, wherein a portion where the antireflection film is present and a portion where the antireflection film is absent are intermingled between a bottom of the metal electrode formed at the side of a light-receiving surface and the substrate, and the mean area percentage of the portion where the antireflection film is absent is 10% or more and 80% or less relative to the area of the bottom of the metal electrode, the method comprising: a step of forming the antireflection film on the semiconductor substrate; a removal step of partially removing the antireflection film by irradiating with a laser beam a region of the antireflection film corresponding to a location where the metal electrode is to be formed; and a step of forming the metal electrode, wherein the removal step includes irradiation with a laser beam having a wavelength of 380 nm or more and 500 nm or less. a step of forming the antireflection film on the semiconductor substrate; a removal step of partially removing the antireflection film by irradiating with a laser beam a region of the antireflection film corresponding to a location where the metal electrode is to be formed; and a step of forming the metal electrode, wherein the removal step includes irradiation with a laser beam having a wavelength of 380 nm or more and 500 nm or less.
A process for producing a particulate cellulose derivative comprising the steps of A) providing a cellulose derivative having a moisture content of from 25 to 95 percent, based on the total weight of the moist cellulose derivative, B) grinding and partially drying the moist cellulose derivative in a gas-swept impact mill wherein the gas fed into the impact mill has a temperature of 100 °C or less; C) contacting the ground and partially dried cellulose derivative with an additional amount of a drying gas outside the gas-swept impact mill, wherein the additional amount of drying gas outside the gas-swept impact mill has a higher temperature than the gas fed into the impact mill; and D) subjecting the cellulose derivative to partial depolymerization after having contacted the cellulose derivative with a drying gas in step C); wherein the cellulose derivative is selected from methylcellulose, hydroxypropyl methylcellulose, hydroxyethyl methylcellulose, ethylhydroxy ethylcellulose, and hydroxypropyl cellulose A) providing a cellulose derivative having a moisture content of from 25 to 95 percent, based on the total weight of the moist cellulose derivative, B) grinding and partially drying the moist cellulose derivative in a gas-swept impact mill wherein the gas fed into the impact mill has a temperature of 100 °C or less; C) contacting the ground and partially dried cellulose derivative with an additional amount of a drying gas outside the gas-swept impact mill, wherein the additional amount of drying gas outside the gas-swept impact mill has a higher temperature than the gas fed into the impact mill; and D) subjecting the cellulose derivative to partial depolymerization after having contacted the cellulose derivative with a drying gas in step C); wherein
A solid state electrode of an electrochemical device comprising: a first plurality of particles of electrochemically active material, the first plurality of particles having a first particle size distribution characterized by a first dispersity of 0.25 or less and a first median diameter; and a second plurality of particles of ion conductive material, the second plurality of particles having a second particle size distribution characterized by a second dispersity of 0.25 or less and a second median diameter, the second median diameter being at least three times smaller than the first median diameter; wherein the median diameter is a volume averaged median particle size determined by SEM; and wherein the electrode is characterized by a porosity of less than 10% by volume determined by SEM. a first plurality of particles of electrochemically active material, the first plurality of particles having a first particle size distribution characterized by a first dispersity of 0.25 or less and a first median diameter; and a second plurality of particles of ion conductive material, the second plurality of particles having a second particle size distribution characterized by a second dispersity of 0.25 or less and a second median diameter, the second median diameter being at least three times smaller than the first median diameter; wherein the median diameter is a volume averaged median particle size determined by SEM; and wherein the electrode is characterized by a porosity of less than 10% by volume determined by SEM.
A method for a navigation application executed by a processing unit of a device, the method for providing navigation instructions when the device is in a locked mode, wherein the locked mode is a mode with most of the controls of the device disabled and with limited functionality until the device is unlocked, the method comprising: while a display screen of the device is turned off, determining that the device is approaching a navigation point; while the display screen is turned off and in response to determining that the device is approaching the navigation point, identifying an ambient light level around the device; in response to determining that the device is approaching the navigation point, illuminating the display screen at a brightness level determined by the identified ambient light level; and presenting a first maneuver instruction pertaining to the approaching navigation point on the illuminated display screen. while a display screen of the device is turned off, determining that the device is approaching a navigation point; while the display screen is turned off and in response to determining that the device is approaching the navigation point, identifying an ambient light level around the device; in response to determining that the device is approaching the navigation point, illuminating the display screen at a brightness level determined by the identified ambient light level; and presenting a first maneuver instruction pertaining to the approaching navigation point on the illuminated display screen.
Attachment device (10, 10a) for a tube press machine comprising an adapter (2, 20) instead of press jaws mountable to the tube press machine, wherein the adapter (2, 20) is applicable and lockable in a press jaws fixture of the tube press machine, a handpiece (3, 30) with a receptacle for the press jaws and a flexible line (4, 40) connecting the adapter (2, 20) with the handpiece (3, 30) for the transmission of force or motion.