mhurhangee/ep-ind-claims huggingface dataset:
Shaped catalyst body for the catalytic reaction of organic and inorganic compounds in fixed-bed reactors, wherein the shaped catalyst body (100; 200; 300; 400) is configured as cylinder having an outer base area, a cylindrical surface, a cylinder axis and at least one continuous opening running parallel to the cylinder axis and the outer base area of the cylinder has at least four lobes (110, 120, 130, 140; 210; 220, 230, 240; 310, 320, 330, 340; 410, 420, 430, 440), wherein a geometric main body enclosing the shaped catalyst body is a prism which has a prism base area having a length and a width, wherein the length is greater than the width, wherein the lobes are enclosed by prism corners of the prism base area.
Closed frame with adjustable opening width, comprising a first frame partial rod and a second frame partial rod, wherein the frame partial rods are configured for enclosing a wall area bounding a building opening and engage each other in a manner slidable to each other for adjusting an opening width, and comprising a backfilling device for backfilling, wherein said backfilling device comprises at least one spacer element (228, 230) designed for maintaining a distance between the first frame partial rod (236, 240) and the wall area, wherein a clamping lug is formed on the spacer element or at least on one of several spacer elements (228, 230), which clamping lug is designed for clamping a flange or insertion portion of the second frame partial rod to the first frame partial rod in a displaceable manner, wherein the spacer element (228, 230) has an opening for penetrating a fastener by means of which the first frame partial rod (236, 240) is to be fastened to the wall area, characterized in that the clamping lug has a first clamping leg and a second clamping leg which protrude on both sides from a clamping lug web region to clamp said flange or insertion portion against a second profile region of the first frame partial rod with their free ends, wherein the opening is open on one side of the spacer element so that the spacer element can be pushed onto a shaft of the fastener by means of which the first frame partial rod is pre-fixed to a wall area.
A method for producing a polymerizable composition, the method comprising: step of preparing composition A having a water content of 200 ppm by mass or less, the composition A including a polyisocyanate component but not including a polymerization catalyst; step of preparing composition B having a water content of 1,000 ppm by mass or less, the composition B including a polythiol component; and step of mixing the composition A and the composition B and obtaining a polymerizable composition; wherein the composition B further includes a polymerization catalyst; and wherein the water contents are determined as specified in the description. step of preparing composition A having a water content of 200 ppm by mass or less, the composition A including a polyisocyanate component but not including a polymerization catalyst; step of preparing composition B having a water content of 1,000 ppm by mass or less, the composition B including a polythiol component; and step of mixing the composition A and the composition B and obtaining a polymerizable composition; wherein the composition B further includes a polymerization catalyst; and wherein the water contents are determined as specified in the description.
Covering, in particular press felt, for a machine for producing or processing a fibrous web, comprising a base structure and at least one layer of nonwoven fibers arranged on the base structure, the layer of nonwoven fibers having binding fibers and further fibers, the binding fibers and the further fibers differing in at least one material property, and wherein at least some of the binding fibres are connected to one or more further fibres and/or elements of the basic structure via a welded joint, characterized in that the binding fibres differ from the further fibres in that they largely absorb NIR radiation in a range lying between 780 nm and 1100 nm, while the further fibres are completely or largely transparent to radiation in this wavelength range.
A pulse wave detector comprising: a flexible strain sensor having a plurality of strain detection elements arranged on a substrate, a detection face of the strain sensor being formed by respective surfaces of the strain detection elements; a flexible pressing member for pressing the strain sensor fixed thereto against a body surface of a living body; a drive section for driving the pressing member; a pressing control section for controlling a pressing force of the pressing member for pressing the strain sensor against the body surface by controlling the drive section; a deformation stop timing determination section for determining a deformation stop timing at which deformation of the detection face of the strain sensor has been stopped based on a strain detection signal detected by each of the plurality of strain detection elements in a pressure raising process in which the pressing force is increased by the pressing control section; a calibration section for setting a level of the strain detection signal detected by each of the plurality of strain detection elements at the deformation stop timing as a reference level and for calibrating a first strain detection signal detected by each of the plurality of strain detection elements after the deformation stop timing based on the reference level; and a pressure generation section for generating a pressure signal from the calibrated first strain detection signal. a flexible strain sensor having a plurality of strain detection elements arranged on a substrate, a detection face of the strain sensor being formed by respective surfaces of the strain detection elements; a flexible pressing member for pressing the strain sensor fixed thereto against a body surface of a living body; a drive section for driving the pressing member; a pressing control section for controlling a pressing force of the pressing member for pressing the strain sensor against the body surface by controlling the drive section; a deformation stop timing determination section for determining a deformation stop timing at which deformation of the detection face of the strain sensor has been stopped based on a strain detection signal detected by each of the plurality of strain detection elements in a pressure raising process in which the pressing force is increased by the pressing control section; a calibration section for setting a level of the strain detection signal detected by each of the plurality of strain detection elements at the deformation stop timing as a reference level and for calibrating a first strain detection signal detected by each of the plurality of strain detection elements after the deformation stop timing based on the reference level; and a pressure generation section for generating a pressure signal from the calibrated first strain detection signal.
A hot nozzle a) for the lateral spraying of plastic components, b) comprising a preferably multipart nozzle body (1, 2, 3), c) wherein the nozzle body (1, 2, 3) comprises at least one or several tip insets, d) wherein the tip insets comprise at least d1) one tip element each with d2) a tip section, e) which tip section respectively protrudes outwardly beyond the circumferential surface of the nozzle body into a molding plate, f) wherein at least the tip sections of the tip elements are penetrated by shut-off needles (18, 41), and g) wherein the shut-off needles (18, 41) are movable in a reciprocating manner by means of a drive between a position in which they close off a feed borehole in the molding plate and a position in which they release the same, characterized in that h) the shut-off needles and the tip insets are arranged at an angle, especially a right angle, in relation to each other and that the feed borehole is aligned at an angle, especially a right angle, in the molding plate in relation to the direction of the main extension of the tip elements. a) for the lateral spraying of plastic components, b) comprising a preferably multipart nozzle body (1, 2, 3), c) wherein the nozzle body (1, 2, 3) comprises at least one or several tip insets, d) wherein the tip insets comprise at least d1) one tip element each with d2) a tip section, d1) one tip element each with d2) a tip section, e) which tip section respectively protrudes outwardly beyond the circumferential surface of the nozzle body into a molding plate, f) wherein at least the tip sections of the tip elements are penetrated by shut-off needles (18, 41), and g) wherein the shut-off needles (18, 41) are movable in a reciprocating manner by means of a drive between a position in which they close off a feed borehole in the molding plate and a position in which they release the same, characterized in that h) the shut-off needles and the tip insets are arranged at an angle, especially a right angle, in relation to each other and that the feed borehole is aligned at an angle, especially a right angle, in the molding plate in relation to the direction of the main extension of the tip elements.
A method for producing core-shell particles which can be loaded with liquid fertilizers in a plasma excited by an electromagnetic wave, in particular a microwave, in which organic solid particles, in particular particles of renewable raw materials, and a hydrocarbon-containing gas, in particular a biogas or natural gas, are introduced into a process chamber, and in the plasma, the hydrocarbon, in particular methane, from the hydrocarbon-containing gas is decomposed into hydrogen and carbon and the organic solid particles are pyrolyzed, wherein, during the pyrolysis, porous activated carbon cores are produced which are each encased by a shell of carbon, said carbon resulting from the decomposition of the hydrocarbon, to form the core-shell particles. organic solid particles, in particular particles of renewable raw materials, and a hydrocarbon-containing gas, in particular a biogas or natural gas, are introduced into a process chamber, and in the plasma, the hydrocarbon, in particular methane, from the hydrocarbon-containing gas is decomposed into hydrogen and carbon and the organic solid particles are pyrolyzed, wherein, during the pyrolysis, porous activated carbon cores are produced which are each encased by a shell of carbon, said carbon resulting from the decomposition of the hydrocarbon, to form the core-shell particles.
An ocular protection device comprising: a corneal shield configured to fit underneath eyelids; a handle rigidly connected to an outer, proximal surface of the corneal shield, the handle configured to protrude between closed eyelids; wherein the handle is configured to allow an operator to control the corneal shield via the handle while having an unobstructed view and access to the eyelids; and wherein the ocular protection device comprises a hinge, and wherein the distance between the shield and the hinge allows the handle to be articulated so that the operator may fully access the lid margin in the vicinity of a stem of the handle while allowing room for a treatment handpiece and the operator's hand without obstructing the view of the area under treatment, such that wherein the handle has a length of at least 25mm and the hinge is at a distance from the corneal shield along the handle by at least 15mm; wherein the handle includes an appendage near its proximal end for manipulating with a hand; and wherein the hinge is located between the corneal shield an the appendage. a corneal shield configured to fit underneath eyelids; a handle rigidly connected to an outer, proximal surface of the corneal shield, the handle configured to protrude between closed eyelids; wherein the handle is configured to allow an operator to control the corneal shield via the handle while having an unobstructed view and access to the eyelids; and wherein the ocular protection device comprises a hinge, and wherein the distance between the shield and the hinge allows the handle to be articulated so that the operator may fully access the lid margin in the vicinity of a stem of the handle while allowing room for a treatment handpiece and the operator's hand without obstructing the view of the area under treatment, such that wherein the handle has a length of at least 25mm and the hinge is at a distance from the corneal shield along the handle by at least 15mm; wherein the handle includes an appendage near its proximal end for manipulating with a hand; and wherein the hinge is located between the corneal shield an the appendage.
A resistive random access memory, comprising a first electrode layer, a second electrode layer, and a variable resistance layer disposed between the first electrode layer and the second electrode layer, wherein the second electrode layer comprises a first sublayer, a second sublayer, and is characterised in that it comprises a conductive metal oxynitride layer disposed between the first sublayer and the second sublayer, wherein a thickness of the metal oxynitride layer is between 5 nm and 30 nm.
A light emitting device comprising: a substrate; a plurality of LED chips disposed on the substrate, the LED chips including LED chips of at least four different colors; and a plurality of electrical paths disposed in part on the substrate and in part within the substrate, the electrical paths connecting the LED chips into at least three independently addressable groups, the number of independently addressable groups being less than the number of different colors of the LED chips, wherein each LED chip belongs to only one of the independently addressable groups, wherein different ones of the independently addressable groups of LEDs produce different colors of light and wherein at least a first one of the independently addressable groups of LEDs includes a first LED chip of a first color and a second LED chip of a second color different from the first color, wherein the first LED chip is a monochromatic red LED chip and the second LED chip is a phosphor-converted amber LED chip that produces broad spectrum light having a full width at half maximum intensity (FWHM) of at least 100 nm. a substrate; a plurality of LED chips disposed on the substrate, the LED chips including LED chips of at least four different colors; and a plurality of electrical paths disposed in part on the substrate and in part within the substrate, the electrical paths connecting the LED chips into at least three independently addressable groups, the number of independently addressable groups being less than the number of different colors of the LED chips, wherein each LED chip belongs to only one of the independently addressable groups, wherein different ones of the independently addressable groups of LEDs produce different colors of light and wherein at least a first one of the independently addressable groups of LEDs includes a first LED chip of a first color and a second LED chip of a second color different from the first color, wherein the first LED chip is a monochromatic red LED chip and the second LED chip is a phosphor-converted amber LED chip that produces broad spectrum light having a full width at half maximum intensity (FWHM) of at least 100 nm.
A disposable section of an endoscope handle, comprising: a housing, comprising a proximal end provided with a connecting portion, wherein the connecting portion is configured to be detachably connectable to a reusable section of the endoscope handle; an inserting unit, wherein a proximal end of the inserting unit is located at a distal end of the housing; and a first transmission assembly, comprising: a first traction wire, a second traction wire, and a first connecting portion, wherein the first traction wire and the second traction wire are located in the inserting unit; and a distal end of the first traction wire and a distal end of the second traction wire are connected to an active bending section at a distal end of the inserting unit, and a proximal end of the first traction wire and a proximal end of the second traction wire are connected to the first connecting portion, characterized in that a proximal end surface of the housing is provided with a first curved movement path; the first curved movement path is orthogonal to an axial direction of the proximal end surface and located at a periphery of the proximal end surface of the housing; and the first connecting portion is movable along the first curved movement path. a housing, comprising a proximal end provided with a connecting portion, wherein the connecting portion is configured to be detachably connectable to a reusable section of the endoscope handle; an inserting unit, wherein a proximal end of the inserting unit is located at a distal end of the housing; and a first transmission assembly, comprising: a first traction wire, a second traction wire, and a first connecting portion, wherein the first traction wire and the second traction wire are located in the inserting unit; and a distal end of the first traction wire and a distal end of the second traction wire are connected to an active bending section at a distal end of the inserting unit, and a proximal end of the first traction wire and a proximal end of the second traction wire are connected to the first connecting portion, characterized in that a proximal end surface of the housing is provided with a first curved movement path; the first curved movement path is orthogonal to an axial direction of the proximal end surface and located at a periphery of the proximal end surface of the housing; and the first connecting portion is movable along the first curved movement path.
Load detection device having a ride height measuring unit, by means of which the ride height of a vehicle can be detected and at least one ride height signal characterizing the ride height can be provided, and an evaluation unit, which is connected to the ride height measuring unit and by means of which the mass of a load of the vehicle can be determined while taking account of the ride height signal, and having a position measuring unit, by means of which the position of the vehicle with respect to the centre of the earth can be detected and at least one position signal characterizing this position can be provided, wherein, by means of the evaluation unit, which is additionally connected to the position measuring unit, the mass of the load can additionally be determined while taking account of the position signal, characterized in that the load consists of one or more persons and the number of persons can be determined from the mass of the load by means of the evaluation unit, and having a location unit, by means of which the location of the vehicle can be detected, a storage unit, in which map information representing a road map is stored, and an association unit, by means of which the number of persons and the location of the vehicle can be linked with the road map.
A seating component for a bicycle, comprising: an upper seat post tube; a lower seat post tube connected to the upper seat post tube and movable relative to the upper seat post tube along an axis; a support chamber disposed between the upper seat post tube and the lower seat post tube; a reservoir in selective fluid communication with the support chamber across a valve; a spring portion configured to bias the upper seat post tube apart from the lower seat post tube along the axis; and a bypass configured to provide fluid communication between the support chamber and the reservoir, the bypass comprising: an opening disposed beyond the support chamber in a lowering direction along the axis; and a barrier configured to facilitate flow from the opening to the valve, wherein the valve is disposed beyond the support chamber in a raising direction along the axis, and wherein, in a closed state of the valve, the support chamber is configured to inhibit relative movement of the upper seat post tube towards the lower seat post tube in the lowering direction along the axis, characterized in that the bypass passes through the spring portion, or the bypass passes through the support chamber. an upper seat post tube; a lower seat post tube connected to the upper seat post tube and movable relative to the upper seat post tube along an axis; a support chamber disposed between the upper seat post tube and the lower seat post tube; a reservoir in selective fluid communication with the support chamber across a valve; a spring portion configured to bias the upper seat post tube apart from the lower seat post tube along the axis; and a bypass configured to provide fluid communication between the support chamber and the reservoir, the bypass comprising: an opening disposed beyond the support chamber in a lowering direction along the axis; and a barrier configured to facilitate flow from the opening to the valve, an opening disposed beyond the support chamber in a lowering direction along the axis; and a barrier configured to facilitate flow from the opening to the valve, wherein the valve is disposed beyond the support chamber in a raising direction along the axis, and wherein, in a closed state of the valve, the support chamber is configured to inhibit relative movement of the upper seat post tube towards the lower seat post tube in the lowering direction along the axis, characterized in that the bypass passes through the spring portion, or the bypass passes through the support chamber.
A head-mounted display device comprising: a liquid crystal display, LCD, panel; and a direct-type backlight, comprising a central area and a peripheral area, wherein a plurality of central area light-emitting elements are disposed in the central area to provide light to the LCD panel, a density of the central area light-emitting elements in the central area is a first density; a plurality of peripheral area light-emitting elements are disposed in the peripheral area to provide light to the LCD panel, and a density of the peripheral area light-emitting elements in the peripheral area is a second density; the second density is less than the first density; wherein the central area is defined by a 20° main field of view of a user. a liquid crystal display, LCD, panel; and a direct-type backlight, comprising a central area and a peripheral area, wherein a plurality of central area light-emitting elements are disposed in the central area to provide light to the LCD panel, a density of the central area light-emitting elements in the central area is a first density; a plurality of peripheral area light-emitting elements are disposed in the peripheral area to provide light to the LCD panel, and a density of the peripheral area light-emitting elements in the peripheral area is a second density; the second density is less than the first density; wherein the central area is defined by a 20° main field of view of a user.
A pharmaceutical composition wherein the pharmaceutical composition is a bi-layer tablet comprising (a) an extended release layer comprising metformin hydrochloride and a controlled release excipient comprising a mixture of two carbomers; and (b) an immediate release layer comprising a crystalline hemihydrate form of a compound of formula (I-X) or pharmaceutically acceptable salt thereof. (a) an extended release layer comprising metformin hydrochloride and a controlled release excipient comprising a mixture of two carbomers; and (b) an immediate release layer comprising a crystalline hemihydrate form of a compound of formula (I-X) or pharmaceutically acceptable salt thereof.