mhurhangee/ep-ind-claims huggingface dataset:
A wall tie for connecting an interior wall to an exterior wall, comprising a first wall tie part for fastening in one of the interior wall and the exterior wall, and a second wall tie part for fastening in the other one of the interior wall and the exterior wall, wherein the first wall tie part is connectable to the second wall tie part, and wherein the first wall tie part comprises a first anchor portion and an eye, the second wall tie part comprises a second anchor portion, a connecting portion, a first projection and a second projection connected to the first projection through the connecting portion, the first and second projections (23, 24) being spaced apart, wherein the first projection is provided with a through first aperture, and wherein the second projection is provided with a through second aperture, the eye is insertable between the first projection and the second projection, and the wall tie includes a pin for insertion into the first aperture, the eye and the second aperture to connect the second wall tie part to the first wall tie part, characterised in that the first and second apertures (28, 29) and the eye are arranged for receiving the pin in a snug fit. the first wall tie part comprises a first anchor portion and an eye, the second wall tie part comprises a second anchor portion, a connecting portion, a first projection and a second projection connected to the first projection through the connecting portion, the first and second projections (23, 24) being spaced apart, wherein the first projection is provided with a through first aperture, and wherein the second projection is provided with a through second aperture, the eye is insertable between the first projection and the second projection, and the wall tie includes a pin for insertion into the first aperture, the eye and the second aperture to connect the second wall tie part to the first wall tie part,
Conducting track fuse for an electrical or electronic device, comprising a first and a second connection region (2a, 2b), a linearly or non-linearly extending burn-out region arranged between the first and the second connection region (2a, 2b), and a covering element having at least two lateral walls and a covering surface, which covering element is arranged over the first and the second connection region (2a, 2b) and over the burn-out region, the burn-out region and the covering element being arranged relative to one another in such a way that the area of the covering surface covers the burn-out region and a cavity is formed between the burn-out region and the covering surface as a result of the height of the lateral walls, characterized in that the covering element is designed in such a way that the lateral walls do not completely surround the cavity, so that, in plan view of the conducting track fuse, a gas vent is formed on an end face of the covering element.
Use of a stabilised cement-containing suspension, containing at least one phosphorus-containing acid as a stabiliser, for producing a cement coating, characterised in that the stabilised cement-containing suspension is applied to a surface coated with calcium hydroxide as an activator in order to activate the setting process.
Container, in particular a pallet container, which has a base, side walls (3a-3d) and a lid, which can be positioned on the side walls (3a-3d), wherein the lid has provided on it a means for fastening the lid on at least one of the side walls (3a-3d), the at least one side wall (3a-3d) has formed in it a recess, with which the fastening means interacts, the lid has, on its inner side, a U-shaped portion, which, when the lid has been positioned on the side walls (3a-3d), engages over merely a peripheral portion of the at least one side wall (3a-3d), said peripheral portion being directed towards the lid, and the fastening means is formed on the inner side of the U-shaped portion, characterized in that the recess is formed by a hollow and the one side wall (3a-3d) is closed in the region of the hollow, in that the side walls (3a-3d) are connected, and can be collapsed, along their vertical container edges and, in the collapsed state, fit onto the base and beneath the lid to give a closed pack, the container is cuboidal in its opened-out state, and in that at least two opposite side walls (3b, 3c) are each provided in their centre with a folding line which is parallel to the vertical container edges.
RNase of the RNase A superfamily for use in treating or preventing viral infection in a mammalian subject, wherein the virus is classified in Baltimore Classification Group V, wherein the virus is from the orthomyxoviridae family and wherein the RNase is ranpirnase.
Endoscopic device (16a-j) having at least one shaft (26a; 26b; 26c; 26d; 26i; 26j), which has at least one portion deflectable in at least one plane, and having at least one deflection mechanism (46a-j), which is configured to deflect the deflectable portion and comprises, arranged in series, at least one first connection member (48a; 48c; 48e; 48i) and at least one second connection member (50a; 50c; 50e; 50f; 50g; 50h; 50i) interacting for a deflection with the first connection member (48a; 48c; 48e; 48i), and at least one control train (80a; 80d; 80e) which, in order to adjust a deflection of the deflectable portion, is coupled to the connection members (48a; 48c; 48e; 48i; 50a; 50c; 50e; 50f; 50g; 50h; 50i) and is connected to an end portion (28a; 28d; 28j) of the shaft (26a; 26b; 26c; 26d, 26i; 26j), characterized in that at least one part of the control train (80a; 80d; 80e) in the region of the end portion (28a; 28d; 28j) of the shaft (26a; 26b; 26c; 26d; 26i; 26j) is arranged to form a loop-back (84a; 84d), the end portion (28a; 28d; 28j) of the shaft (26a; 26b; 26c; 26d; 26i; 26j) has at least one train receptacle in which at least one part of the control train (80a; 80d; 80e) forming the loop-back (84a; 84d) is arranged, and the train receptacle has a horseshoe-shaped and/or keyhole-shaped contour.
A toilet device comprising: a toilet stool including a bowl; a spray section configured to spray water drops on a surface of the bowl; a controller configured to control spray amount of the water drops sprayed by the spray section, by controlling time for which the spray section sprays the water drops, before the toilet stool is used; and a casing provided with a sensor for controlling spray time, the sensor being selected amongst a room entry sensor, a human body sensor and a seating sensor, wherein said water drop has an average particle diameter of 100-300 μm; characterized in that: the toilet device further comprises a sanitary washing device provided on the toilet stool and comprising the casing; the spray section is provided below said casing; and said controller is configured to control occupancy ratio of the water drops attached to the surface of the bowl to 10-50% in a prescribed region of the surface of the bowl, wherein said prescribed region is located behind a center line of a pool water surface formed in the bowl as viewed from a lateral side of the toilet stool. a toilet stool including a bowl; a spray section configured to spray water drops on a surface of the bowl; a controller configured to control spray amount of the water drops sprayed by the spray section, by controlling time for which the spray section sprays the water drops, before the toilet stool is used; and a casing provided with a sensor for controlling spray time, the sensor being selected amongst a room entry sensor, a human body sensor and a seating sensor, the toilet device further comprises a sanitary washing device provided on the toilet stool and comprising the casing; the spray section is provided below said casing; and
1-deoxygalactonojirimycin or a salt thereof for use in the treatment or prevention of a cardiac disease or condition in a subject who does not have Fabry disease.
A method of measuring gas flux in a system having a wind speed measurement device and a gas analyzer, the method comprising: obtaining vertical wind speed data using the wind speed measurement device, the vertical wind speed data including a plurality of vertical wind speed measurements W obtained over a period of time at a sampling rate of 5Hz or greater; obtaining gas content data using the gas analyzer, the gas content data including a plurality of gas content measurements obtained over said period of time at an effective sampling rate of 5Hz or less; aligning the plurality of vertical wind speed measurements with the plurality of gas content measurements based on time; determining, from the plurality of vertical wind speed measurements W, updraft time periods when the wind speed has an upward component and downdraft time periods when the wind speed has a downward component; identifying, for each of the updraft time periods and the downdraft time periods, a gas content measurement corresponding to said time period; determining an average or integrated gas content value C↑ for the updraft time periods and an average or integrated gas content value C↓ for the downdraft time periods; and determining a gas flux F using the values C↑ and C↓. obtaining vertical wind speed data using the wind speed measurement device, the vertical wind speed data including a plurality of vertical wind speed measurements W obtained over a period of time at a sampling rate of 5Hz or greater; obtaining gas content data using the gas analyzer, the gas content data including a plurality of gas content measurements obtained over said period of time at an effective sampling rate of 5Hz or less; aligning the plurality of vertical wind speed measurements with the plurality of gas content measurements based on time; determining, from the plurality of vertical wind speed measurements W, updraft time periods when the wind speed has an upward component and downdraft time periods when the wind speed has a downward component; identifying, for each of the updraft time periods and the downdraft time periods, a gas content measurement corresponding to said time period; determining an average or integrated gas content value C↑ for the updraft time periods and an average or integrated gas content value C↓ for the downdraft time periods; and determining a gas flux F using the values C↑ and C↓.
A method performed by a network-attached storage, NAS, device comprising a processor and memory, the method executed by the processor and comprising: receiving, at the NAS device, an instruction from an application server that causes the NAS device to perform a computation (Step 502) that uses arrays of data that are stored by the NAS device as inputs, the instruction comprising a plurality of remote procedure calls that identify operations that are included in the computation, the remote procedure calls comprising a first remote procedure call operable for causing the NAS device to perform a read operation on a first file stored by the NAS device and said first file containing an array of data to be used as an input for the computation, the remote procedure calls further comprising a second remote procedure call operable for causing the NAS device to perform an array operation using the array of data from the first file; executing the read operation and the array operation on the NAS device to produce a result (Step 506) using virtual machines that are executed on the NAS device, the virtual machines comprising a first virtual machine configured to perform the read operation and a second virtual machine configured to perform the array operation, wherein said performing produces a result; and storing the result in a second file in a location in a file system managed by the NAS device and accessible to the application server (Step 508). receiving, at the NAS device, an instruction from an application server that causes the NAS device to perform a computation (Step 502) that uses arrays of data that are stored by the NAS device as inputs, the instruction comprising a plurality of remote procedure calls that identify operations that are included in the computation, the remote procedure calls comprising a first remote procedure call operable for causing the NAS device to perform a read operation on a first file stored by the NAS device and said first file containing an array of data to be used as an input for the computation, the remote procedure calls further comprising a second remote procedure call operable for causing the NAS device to perform an array operation using the array of data from the first file; executing the read operation and the array operation on the NAS device to produce a result (Step 506) using virtual machines that are executed on the NAS device, the virtual machines comprising a first virtual machine configured to perform the read operation and a second virtual machine configured to perform the array operation, wherein said performing produces a result; and storing the result in a second file in a location in a file system managed by the NAS device and accessible to the application server (Step 508).
A sump housing apparatus for a gas turbine engine, comprising: an annular body; and a plurality of service tubes (200, 300, 400, 500, 600) arrayed around the annular body, each service tube (200, 300, 400, 500, 600) having a proximal end (208, 308, 408, 508, 608) intersecting the body and an opposed distal end (210, 310, 410, 510, 610), each of the service tubes (200, 300, 400, 500, 600) having an inner port (203, 303, 403, 503, 603) communicating with an interior of the annular body, wherein the body and the at least one of the service tubes (200, 300, 400, 500, 600) are part of a monolithic whole; characterised in that the proximal ends (208, 308, 408, 508, 608) of two or more of the service tubes (200, 300, 400, 500, 600) intersect the annular body at a common axial location, and respective inner ports (203, 303, 403, 503, 603) of the two or more service tubes (200, 300, 400, 500, 600) communicate with the interior at different axial locations. an annular body; and a plurality of service tubes (200, 300, 400, 500, 600) arrayed around the annular body, each service tube (200, 300, 400, 500, 600) having a proximal end (208, 308, 408, 508, 608) intersecting the body and an opposed distal end (210, 310, 410, 510, 610), each of the service tubes (200, 300, 400, 500, 600) having an inner port (203, 303, 403, 503, 603) communicating with an interior of the annular body, wherein the body and the at least one of the service tubes (200, 300, 400, 500, 600) are part of a monolithic whole; characterised in that the proximal ends (208, 308, 408, 508, 608) of two or more of the service tubes (200, 300, 400, 500, 600) intersect the annular body at a common axial location, and respective inner ports (203, 303, 403, 503, 603) of the two or more service tubes (200, 300, 400, 500, 600) communicate with the interior at different axial locations.
A method of reducing the photoelectron yield and/or the secondary electron yield of at least part of an apparatus, comprising the steps of: providing an apparatus; and characterised by ablating material from a metal surface of the apparatus using a pulsed laser to produce an array of periodic structures in the metal surface and thereby reducing the PEY and/or SEY of the metal surface, wherein the array of periodic structures has a periodicity between 1 and 200 μm. providing an apparatus; and characterised by ablating material from a metal surface of the apparatus using a pulsed laser to produce an array of periodic structures in the metal surface and thereby reducing the PEY and/or SEY of the metal surface, wherein the array of periodic structures has a periodicity between 1 and 200 μm.
Method of forwarding information in a motor vehicle, to which information information classes are assigned and which is shown on a display (2, 7), wherein the information is set out on a windscreen base display wherein a sub-section (18, 19, 20) of the windscreen base display is assigned to each information class and the information is set out the sub-section (18, 19, 20) that corresponds to the information class assigned to the information to be shown characterised in that the information to be shown is divided into driver-relevant information, passenger-relevant information and generally relevant information, wherein an information class is assigned to each of the driver-relevant information, the passenger-relevant information and the generally relevant information and wherein the driver-relevant information is shown in the sub-section of the windscreen base display arranged opposite the driver's seat and the passenger-relevant information is shown in the sub-section of the windscreen base display arranged opposite the passenger seat and where generally relevant information is shown in the sub-section of the windscreen base display arranged between the sub-section arranged opposite the driver's seat and the sub-section of the windscreen base display arranged opposite the passenger seat
A method of securing a load bearing structure to the bed of a sea, river or estuary, the method comprising: a) placing the load bearing structure on the bed, the load bearing structure being provided with guide means in the form of a hollow member having an interior for guiding the drilling equipment; b) forming a pile-receiving hole in the bed by means of percussive drilling equipment, the drilling equipment being guided by the load bearing structure, having a drill bit and being adapted for deployment from a surface vessel by flexible lines, and c) withdrawing the drilling equipment and installing an attachment pile within the formed hole, characterised in that: the load bearing structure has guide vanes located in the interior of the hollow member, the percussive drill equipment has torque arms arranged to engage only with the guide vanes of the hollow member for supporting reaction torque of the drilling equipment, and the flexible lines are arranged so that the drill bit of the drilling equipment engages with the bed so that the weight of the drilling equipment is supported entirely directly by the drill bit on the bed during operation of the drilling equipment. a) placing the load bearing structure on the bed, the load bearing structure being provided with guide means in the form of a hollow member having an interior for guiding the drilling equipment; b) forming a pile-receiving hole in the bed by means of percussive drilling equipment, the drilling equipment being guided by the load bearing structure, having a drill bit and being adapted for deployment from a surface vessel by flexible lines, and c) withdrawing the drilling equipment and installing an attachment pile within the formed hole, the load bearing structure has guide vanes located in the interior of the hollow member, the percussive drill equipment has torque arms arranged to engage only with the guide vanes of the hollow member for supporting reaction torque of the drilling equipment, and the flexible lines are arranged so that the drill bit of the drilling equipment engages with the bed so that the weight of the drilling equipment is supported entirely directly by the drill bit on the bed during operation of the drilling equipment.
An air intake system for an internal combustion engine comprising: a valve body that can open/close a passage cross section of a part of an air intake passage; a rotation shaft (40a-40c) that extends to both sides of the valve body and supports rotation of the valve body, the valve body being configured to be offset with respect to a rotation axis of the rotation shaft (40a-40c); a valve accommodating recess that is formed on an inner wall surface of the air intake passage and accommodates therein the valve body; and a protruding line that is formed on an outer peripheral side surface of the valve body and protrudes from the outer peripheral side surface towards the valve accommodating recess, which faces the valve accommodating recess, and extends along a shaft direction of the rotation shaft (40a-40c), characterized in that the protruding line is configured such that, by opening and closing the valve body, deposits accumulated in the valve accommodating recess are swept away from the valve accommodating recess by the protruding line; and the air intake passage is formed inside a housing and connects to an intake port of the internal combustion engine, and the air intake system further comprises: a communication passage that is formed in the housing and directly connects the valve accommodating recess and the intake port, wherein a part of the communication passage is formed by a penetration hole which penetrates an inside of the housing and whose one end opens at an inner surface of the valve accommodating recess. a valve body that can open/close a passage cross section of a part of an air intake passage; a rotation shaft (40a-40c) that extends to both sides of the valve body and supports rotation of the valve body, the valve body being configured to be offset with respect to a rotation axis of the rotation shaft (40a-40c); a valve accommodating recess that is formed on an inner wall surface of the air intake passage and accommodates therein the valve body; and a protruding line that is formed on an outer peripheral side surface of the valve body and protrudes from the outer peripheral side surface towards the valve accommodating recess, which faces the valve accommodating recess, and extends along a shaft direction of the rotation shaft (40a-40c), a communication passage that is formed in the housing and directly connects the valve accommodating recess and the intake port, wherein a part of the communication passage is formed by a penetration hole which penetrates an inside of the housing and whose one end opens at an inner surface of the valve accommodating recess.
A housing unit (1; 100) comprising: a sleeve (10; 110) defining a chamber (11; 111), and a capsule (30; 130) arranged to house an electronic device therein, the capsule being shaped and configured to be received in the chamber; wherein the sleeve and capsule have cooperating securing formations (22, 35, 36; 109, 134) arranged to enable the capsule to be releasably secured within the chamber, and wherein the sleeve is shaped and configured to enable it to fit into a cavity in a load carrier characterized in that an end of the capsule has a slot or keyhole defined therein to enable the use of a tool or key to facilitate securing of the capsule in the chamber, and wherein the slot or keyhole is operable with the use of a tool or key to either secure the capsule in the sleeve or to release the capsule from the sleeve. a sleeve (10; 110) defining a chamber (11; 111), and a capsule (30; 130) arranged to house an electronic device therein, the capsule being shaped and configured to be received in the chamber; wherein the sleeve and capsule have cooperating securing formations (22, 35, 36; 109, 134) arranged to enable the capsule to be releasably secured within the chamber, and wherein the sleeve is shaped and configured to enable it to fit into a cavity in a load carrier
Unpacking station having a building board receptacle which can be pivoted about two pivot axes (33, 43) for unpacking components produced by means of an additive manufacturing method, having a closable working space through which a gas stream can flow, characterized in that: the working space is incorporated in a closed circuit of the gas stream which is acted on by means of a circulating pump, a dust measuring device is arranged between the working space and the circulating pump at least in a partial gas stream, and a separating device is connected upstream of the circulating pump. the working space is incorporated in a closed circuit of the gas stream which is acted on by means of a circulating pump, a dust measuring device is arranged between the working space and the circulating pump at least in a partial gas stream, and a separating device is connected upstream of the circulating pump.