mhurhangee/ep-ind-claims huggingface dataset:
An automobile structural member comprising a press formed product formed from a single steel sheet, the press formed product comprising: two vertical wall portions; a top plate portion which connects the two vertical wall portions with each other; at least one projecting portion which projects outward from at least one boundary portion of two boundary portions each of which connects the vertical wall portion and the top plate portion with each other, and a portion which is bent toward the projecting portion from an upper edge side of the vertical wall portion is a corner portion, wherein in the projecting portion, the steel sheet extending from the vertical wall portion and the steel sheet extending from the top plate portion project from the boundary portion so as to overlap at the overlapping portion located at least at a distal end of the projecting portion, the projecting portion is present at least at a portion of the press formed product in a longitudinal direction, and an angle formed between the top plate portion and the overlapping portion is larger than 180° and 270° or less, and wherein the automobile structural member is a side sill, a pillar, a front pillar, a front pillar lower, a center pillar, a roof rail, a roof arch, a bumper beam, a belt line reinforcement, or a door impact beam. two vertical wall portions; a top plate portion which connects the two vertical wall portions with each other; at least one projecting portion which projects outward from at least one boundary portion of two boundary portions each of which connects the vertical wall portion and the top plate portion with each other, and a portion which is bent toward the projecting portion from an upper edge side of the vertical wall portion is a corner portion, wherein in the projecting portion, the steel sheet extending from the vertical wall portion and the steel sheet extending from the top plate portion project from the boundary portion so as to overlap at the overlapping portion located at least at a distal end of the projecting portion, the projecting portion is present at least at a portion of the press formed product in a longitudinal direction, and an angle formed between the top plate portion and the overlapping portion is larger than 180° and 270° or less, and wherein the automobile structural member is a side sill, a pillar, a front pillar, a front pillar lower, a center pillar, a roof rail, a roof arch, a bumper beam, a belt line reinforcement, or a door impact beam.
A method of fully automating a changeover and/or a replacement process within a stencil printer without human intervention, the method comprising: identifying an item scheduled for replacement within the stencil printer; transporting an item of a plurality of items to the stencil printer by a moveable cart; removing a used item scheduled for replacement by said moveable cart; and installing the item of the plurality of items on the stencil printer. identifying an item scheduled for replacement within the stencil printer; transporting an item of a plurality of items to the stencil printer by a moveable cart; removing a used item scheduled for replacement by said moveable cart; and installing the item of the plurality of items on the stencil printer.
Mobile filter device for contaminated liquid to be filtered, the mobile filter device having: - a chassis on which and/or on which functional units of the filter device are arranged, - a supply connection for connecting the filter device to a supply of the liquid to be filtered, - a coarse filter arranged downstream of the supply connection, - at least two bag filters (27a-c) with different mesh widths of filter meshes of the bag filters (27a-c), which are connected in series with each other and are connected downstream of the coarse filter, - a cyclone filter connected downstream of the feed connection and designed to filter out debris from the liquid by means of swirling and lateral ejection, - a seepage filter downstream of the cyclone filter, - a waste water connection for connecting the filter device to a waste water plant for discharging the filtered liquid into the waste water plant, - a pump arranged between the feed connection and the waste water connection, characterized in that the seepage filter is a sand filter, the sand filter being accessible from above by means of a removable cover to remove debris accumulated above. - a chassis on which and/or on which functional units of the filter device are arranged, - a supply connection for connecting the filter device to a supply of the liquid to be filtered, - a coarse filter arranged downstream of the supply connection, - at least two bag filters (27a-c) with different mesh widths of filter meshes of the bag filters (27a-c), which are connected in series with each other and are connected downstream of the coarse filter, - a cyclone filter connected downstream of the feed connection and designed to filter out debris from the liquid by means of swirling and lateral ejection, - a seepage filter downstream of the cyclone filter, - a waste water connection for connecting the filter device to a waste water plant for discharging the filtered liquid into the waste water plant, - a pump arranged between the feed connection and the waste water connection,
A cyclin dependent kinase inhibitor for use in a method of treating a subject having a squamous cell carcinoma of the head and neck (HNSCC), wherein the method comprises administering to the subject the CDK inhibitor, and wherein the administration is responsive to a determination that the subject is negative for a human papillomavirus HPV (HPV-), and wherein the CDK inhibitor is chosen from Indisulam, AZD5438, SNS-032, SCH 727965, JNJ-7706621, indirubin, Seliciclib, LEE011, LY-2835219, PD 0332991, BAY1000394, ZK-304709, NC381, Milciclib, or ON123300. wherein the administration is responsive to a determination that the subject is negative for a human papillomavirus HPV (HPV-), and wherein the CDK inhibitor is chosen from Indisulam, AZD5438, SNS-032, SCH 727965, JNJ-7706621, indirubin, Seliciclib, LEE011, LY-2835219, PD 0332991, BAY1000394, ZK-304709, NC381, Milciclib, or ON123300.
An additive composition for abatement of free aldehydes, particularly formaldehyde, or removing the same in the air, which comprises - a polymer of acetoacetyl functional ethylenically unsaturated monomer, which contains at least 70 wt%, more preferably 80 to 100 wt%, even more preferably 90 to 100 wt% of at least one acetoacetyl functional ethylenically unsaturated monomer, and 0 to 30 wt%, more preferably 0 to 20 wt%, even more preferably 0 to 10 wt% of at least one ethylenically unsaturated monomer other than the acetoacetyl functional ethylenically unsaturated monomer, based on the total weight of all monomer(s), and - at least one amine. - a polymer of acetoacetyl functional ethylenically unsaturated monomer, which contains at least 70 wt%, more preferably 80 to 100 wt%, even more preferably 90 to 100 wt% of at least one acetoacetyl functional ethylenically unsaturated monomer, and 0 to 30 wt%, more preferably 0 to 20 wt%, even more preferably 0 to 10 wt% of at least one ethylenically unsaturated monomer other than the acetoacetyl functional ethylenically unsaturated monomer, based on the total weight of all monomer(s), and - at least one amine.
An animal monitor for animals having gaits, the monitor comprising: a microcontroller; at least one three-axis accelerometer, in communication with the microcontroller, the at least one three-axis accelerometer providing data to the microcontroller; an energy source for powering the monitor; a charger for charging the energy source; a communications system, associated with the microcontroller, the communications system including a wireless transmitter and receiver; and attachment means for attaching the animal monitor to an animal, wherein the microcontroller is programmed to analyse the data from the at least one three-axis accelerometer to calculate information on the animal with the animal monitor attached, and wherein the information includes at least the mass of the animal, calculated using the formula m = K 2 ⋅ π ⋅ f 2 where K is a coefficient of the matrix of stiffness for the three degree of freedom, and f is a frequency of the acceleration of the body during locomotion. a microcontroller; at least one three-axis accelerometer, in communication with the microcontroller, the at least one three-axis accelerometer providing data to the microcontroller; an energy source for powering the monitor; a charger for charging the energy source; a communications system, associated with the microcontroller, the communications system including a wireless transmitter and receiver; and attachment means for attaching the animal monitor to an animal, wherein the microcontroller is programmed to analyse the data from the at least one three-axis accelerometer to calculate information on the animal with the animal monitor attached, and wherein the information includes at least the mass of the animal, calculated using the formula m = K 2 ⋅ π ⋅ f 2 where K is a coefficient of the matrix of stiffness for the three degree of freedom, and f is a frequency of the acceleration of the body during locomotion.
Internal combustion engine with a crank casing and a cylinder head having outlet channels, opening into an exhaust gas chamber, for exhaust gas from combustion chambers of the internal combustion engine, characterised in that the cylinder head has at least one section of a heating channel, differing from outlet channels and exhaust manifold, the inlet side of which branches off one of the outlet channels or the exhaust manifold and through which an exhaust gas mass flow can flow that can be adjusted by means of a controlling element.
A method of assembling a prosthetic heart valve comprising a plurality of leaflets (231a, 231b), the method comprising: forming a plurality of commissures with the plurality of leaflets (231a, 231b), wherein each commissure is formed by: pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet, folding a support strip over an inner reinforcing element, positioning the folded support strip between the first commissure tab and the second commissure tab, and attaching first and second outer reinforcing elements (224a, 224b) to the first and second commissure tabs (230a, 230b), respectively, via stitching that extends through the first outer reinforcing element, the first leaflet, the folded support strip, the second leaflet, and the second outer reinforcing element, the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip; and for each commissure, securing end portions of the support strip to a respective support portion of a frame of the prosthetic heart valve. forming a plurality of commissures with the plurality of leaflets (231a, 231b), wherein each commissure is formed by: pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet, folding a support strip over an inner reinforcing element, positioning the folded support strip between the first commissure tab and the second commissure tab, and attaching first and second outer reinforcing elements (224a, 224b) to the first and second commissure tabs (230a, 230b), respectively, via stitching that extends through the first outer reinforcing element, the first leaflet, the folded support strip, the second leaflet, and the second outer reinforcing element, the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip; and pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet, folding a support strip over an inner reinforcing element, positioning the folded support strip between the first commissure tab and the second commissure tab, and attaching first and second outer reinforcing elements (224a, 224b) to the first and second commissure tabs (230a, 230b), respectively, via stitching that extends through the first outer reinforcing element, the first leaflet, the folded support strip, the second leaflet, and the second outer reinforcing element, the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip; and for each commissure, securing end portions of the support strip to a respective support portion of a frame of the prosthetic heart valve.
A medical treatment system for partially or fully occluding a hollow anatomical structure, the system comprising: an elongate, flexible pushrod (20,44) having a distal end; an implant (36, 42) coupled adjacent the distal end of the pushrod (20,44) and extending proximally along the pushrod (20,44), the implant (36,42) having a proximal portion adjacent a proximal end and a distal portion adjacent a distal end, the implant (36, 42) comprising a plurality ofbioabsorbable fibers; a distal pull string secured to the implant (36, 42) at a first attachment point within the distal portion of the implant (36, 42), the distal pull string extending distally along the pushrod (20,44) from the first attachment point to where the implant ( 36, 42) is coupled adjacent the distal end (20,44) of the pushrod (20,44) and then extending proximally along the implant (36,42); a proximal pull string secured to the implant ( 36,42) at a second attachment point within the proximal portion of the implant (36,42), the proximal pull string extending distally along the pushrod (20,44) from the second attachment point to where the implant (36,42) is coupled adjacent the distal end of the pushrod (20,44) and then extending proximally along the implant (36,42). an elongate, flexible pushrod (20,44) having a distal end; an implant (36, 42) coupled adjacent the distal end of the pushrod (20,44) and extending proximally along the pushrod (20,44), the implant (36,42) having a proximal portion adjacent a proximal end and a distal portion adjacent a distal end, the implant (36, 42) comprising a plurality ofbioabsorbable fibers; a distal pull string secured to the implant (36, 42) at a first attachment point within the distal portion of the implant (36, 42), the distal pull string extending distally along the pushrod (20,44) from the first attachment point to where the implant ( 36, 42) is coupled adjacent the distal end (20,44) of the pushrod (20,44) and then extending proximally along the implant (36,42); a proximal pull string secured to the implant ( 36,42) at a second attachment point within the proximal portion of the implant (36,42), the proximal pull string extending distally along the pushrod (20,44) from the second attachment point to where the implant (36,42) is coupled adjacent the distal end of the pushrod (20,44) and then extending proximally along the implant (36,42).
Method for blow moulding a blow tube comprising the following steps: - inserting a blow tube into a mould cavity of a blow mould, - injecting a mould slider (30, 32) into the mould cavity and with that in-moving a wall area (26, 28) of the blow tube into the mould cavity until an adhesion of the wall area with an opposite wall area of the blow tube occurs, in which after inserting the blow tube into the mould cavity and before the adhesion of the two wall areas (26, 28) the blow tube is at least partially inflated, and in which after the adhesion of the two wall areas (26, 28) the blow tube is fully inflated, and the full inflation takes place during or after an ejection of the mould slider (30, 32). - inserting a blow tube into a mould cavity of a blow mould, - injecting a mould slider (30, 32) into the mould cavity and with that in-moving a wall area (26, 28) of the blow tube into the mould cavity until an adhesion of the wall area with an opposite wall area of the blow tube occurs,
A system for attaching an accessory to the stem of a bicycle, comprising a clamping shell which is formed as part of the handlebar clamp, wherein the clamping shell is defined by two halves, the two halves being connected to one another via at least one web; wherein the system comprises a holder for the accessory, which holder can be fastened to the at least one web; characterized in that the at least one web has an outwardly pointing extension (25a, 25b). wherein the system comprises a holder for the accessory, which holder can be fastened to the at least one web; characterized in that the at least one web has an outwardly pointing extension (25a, 25b).
Valve for controlling fluids, comprising - a valve element, - an actuator for moving the valve element between an open position and a closed position, - a restoring element for returning the valve element into an initial position, and - a setting element for setting a preload of the restoring element, - wherein the setting element is connected to the restoring element or is in direct contact with the restoring element, - wherein the setting element comprises a sleeve and a calking element, and - wherein the calking element provides a calked connection at an outer side of the sleeve between the sleeve and a valve component, characterized in that the calking element is arranged in the sleeve. - a valve element, - an actuator for moving the valve element between an open position and a closed position, - a restoring element for returning the valve element into an initial position, and - a setting element for setting a preload of the restoring element, - wherein the setting element is connected to the restoring element or is in direct contact with the restoring element, - wherein the setting element comprises a sleeve and a calking element, and - wherein the calking element provides a calked connection at an outer side of the sleeve between the sleeve and a valve component, characterized in that the calking element is arranged in the sleeve.
A composition comprising: (a) from about 6 to about 12 weight % R-1132a (b) from about 7 to about 13 weight % R-32 (c) from about 55 to about 87 weight % R-1234yf. (a) from about 6 to about 12 weight % R-1132a (b) from about 7 to about 13 weight % R-32 (c) from about 55 to about 87 weight % R-1234yf.
A system for mounting an appliance behind a flat panel display having VESA-FDMI, Video Electronics Standards Association - Flat panel display Mounting Interface, holes, comprising: - a mount board provided with a first connection element (41A-41 E) with which the mount board is connectable to the display via the VESA-FDMI holes; - a support element connectable to the mount board and comprising a support portion having open ends for supporting the appliance thereon; and characterized in that the system further comprises - an adjustable fastening element connectable to the mount board for fastening the appliance against the mount board, - wherein the mount board has one side provided with a display facing groove facing the display during use and an appliance facing groove facing the opposite way and the display facing groove and the appliance facing groove have corresponding shapes which allow to connect the mount board to a further mount board by sliding the display facing groove or the appliance facing groove of the mount board into the corresponding appliance facing groove or the display facing groove of the further mount board. - a mount board provided with a first connection element (41A-41 E) with which the mount board is connectable to the display via the VESA-FDMI holes; - a support element connectable to the mount board and comprising a support portion having open ends for supporting the appliance thereon; and - an adjustable fastening element connectable to the mount board for fastening the appliance against the mount board, - wherein the mount board has one side provided with a display facing groove facing the display during use and an appliance facing groove facing the opposite way and the display facing groove and the appliance facing groove have corresponding shapes which allow to connect the mount board to a further mount board by sliding the display facing groove or the appliance facing groove of the mount board into the corresponding appliance facing groove or the display facing groove of the further mount board.
A latent heat storage device for an exhaust system of a combustion engine, more preferably of a motor vehicle, - with at least one hollow space having a storage volume which contains a phase-changing material, - wherein the storage volume is so dimensioned that it comprises a basic volume, which the phase-changing material assumes in the solidified state, and an expansion volume, which the phase-changing material additionally assumes in the molten state, - the respective hollow space consists of a plurality of hollow sub-spaces, which are connected with one another in a communicating manner via redirecting points and/or narrow points, characterized in that in the hollow sub-spaces is provided a capillary structure which upon solidification creates spatially distributed microzones, in which the solidification of the phase-changing material occurs. - with at least one hollow space having a storage volume which contains a phase-changing material, - wherein the storage volume is so dimensioned that it comprises a basic volume, which the phase-changing material assumes in the solidified state, and an expansion volume, which the phase-changing material additionally assumes in the molten state, - the respective hollow space consists of a plurality of hollow sub-spaces, which are connected with one another in a communicating manner via redirecting points and/or narrow points,
An ophthalmic measurement apparatus comprising: a light projecting optical system for projecting measurement light to an examinee's eye from an oblique direction; a light receiving optical system for receiving, by a light receiving element, a first cornea reflection image formed by the measurement light reflected by a corneal anterior surface of the examinee's eye and a second corneal reflection image formed by the measurement light reflected by a corneal posterior surface of the examinee's eye; and an arithmetic processing unit for obtaining corneal thickness of the examinee's eye based on positional information of the first cornea reflection image and the second cornea reflection image in a light receiving signal output from the light receiving element, the light receiving optical system includes a two-dimensional light receiving element as the light receiving element, and the arithmetic processing unit is configured to two-dimensionally detect the positional information of the first cornea reflection image and the second cornea reflection image based on a light receiving signal from the two-dimensional light receiving element, and obtain the corneal thickness by use of the two-dimensionally detected positional information, characterized in that the arithmetic processing unit is configured to detect positional information of the first cornea reflection image and the second cornea reflection image on at least two or more lines (L0, L1, L2) along a direction of thickness of a cornea, obtain an intermediary corneal thickness by use of the positional information on each of the lines, and obtain the corneal thickness as an average value of the intermediary corneal thicknesses on the lines.