mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring the load on a bridge when being passed by a vehicle, comprising: - a plurality of measuring modules, which each comprise a plurality of measuring channel units (32, 33) with A/D converters; - strain gauge sensors separately associated with the measuring modules, which are provided for attachment on the bridge, wherein the sensors transmit analogue measurement signals in a wired manner to the measuring channel units (32, 33) respectively associated with them, which derive digital measurement data from the measurement signals by means of A/D converters; characterised in that - the system additionally comprises a PoE (Power of Ethernal)-switching module, a local server/router and a remote evaluation unit; - the digital measurement data are transmitted from the server/router via a radio measurement data transmission to the remote evaluation unit; - the measuring modules in each case comprise a respective transmission interface, and are connected in parallel and in a wired manner to the PoE switching module and via the same to the local server/router, whereby a local network is formed; - the local server/router is set up to keep the measuring modules in synchronicity. - a plurality of measuring modules, which each comprise a plurality of measuring channel units (32, 33) with A/D converters; - strain gauge sensors separately associated with the measuring modules, which are provided for attachment on the bridge, wherein the sensors transmit analogue measurement signals in a wired manner to the measuring channel units (32, 33) respectively associated with them, which derive digital measurement data from the measurement signals by means of A/D converters; characterised in that - the system additionally comprises a PoE (Power of Ethernal)-switching module, a local server/router and a remote evaluation unit; - the digital measurement data are transmitted from the server/router via a radio measurement data transmission to the remote evaluation unit; - the measuring modules in each case comprise a respective transmission interface, and are connected in parallel and in a wired manner to the PoE switching module and via the same to the local server/router, whereby a local network is formed; - the local server/router is set up to keep the measuring modules in synchronicity.
A composite pane having a front pane forming the attack side and having a fire protection glazing comprising at least one intumescent layer (14.1), at least one intermediate pane (12,13) being disposed in the region between the front pane and the fire protection glazing, and a bonding layer made of plastic material being disposed between the front pane and the adjacent intermediate pane, characterized in that the intumescent layer (14.1) is disposed facing away from the attack side behind the geometric center plane of the composite pane, that a closure plane made of a plastic material is disposed behind the fire protection glazing and facing away from the center plane, that the center plane intersects the intermediate pane (12, 13) or that the intermediate pane (12, 13) is disposed behind the center plane of the composite pane and facing away from the attack side, and that the intermediate pane (12, 13) is bonded to the fire protection glazing by means of a bonding layer.
An automatic dispensing apparatus for dispensing a plant culture medium in at least one culture container, being characterized in that the automatic dispensing apparatus comprises: two storage tanks for storing the plant culture medium; a control device having a switcher, a first feeding tube, a second feeding tube, a discharging tube, and a waste exhaust tube, the first and second feeding tubes (32,33) connected between the switcher and one of the storage tank, the discharging tube having an end connected with the switcher, the waste exhaust tube having an end connected with the switcher; when the switcher is located at a first mode, the first feeding tube, the second feeding tube, and the waste exhaust tube do not communicate with one another and one of the first and second feeding tubes (32,33) communicates with the discharging tube; when the switcher is located at a second mode, the first feeding tube, the second feeding tube, and the discharging tube do not communicate with one another and one of the first and second feeding tubes (32, 33) communicates with the waste exhaust tube; a filling device connected with the discharging tube for filling the at least one culture container with the plant culture medium; and a dispensing device mounted adjacent to the filling device and having a container carrier, an accommodating platform, and a dispensing platform, the dispensing platform being mounted in a way of reciprocating between the filling device, the container carrier, and the accommodating platform for conveying the culture container to the accommodating platform from the filling device; two storage tanks for storing the plant culture medium; a control device having a switcher, a first feeding tube, a second feeding tube, a discharging tube, and a waste exhaust tube, the first and second feeding tubes (32,33) connected between the switcher and one of the storage tank, the discharging tube having an end connected with the switcher, the waste exhaust tube having an end connected with the switcher; when the switcher is located at a first mode, the first feeding tube, the second feeding tube, and the waste exhaust tube do not communicate with one another and one of the first and second feeding tubes (32,33) communicates with the discharging tube; when the switcher is located at a second mode, the first feeding tube, the second feeding tube, and the discharging tube do not communicate with one another and one of the first and second feeding tubes (32, 33) communicates with the waste exhaust tube; a filling device connected with the discharging tube for filling the at least one culture container with the plant culture medium; and a dispensing device mounted adjacent to the filling device and having a container carrier, an accommodating platform, and a dispensing platform, the dispensing platform being mounted in a way of reciprocating between the filling device, the container carrier, and the accommodating platform for conveying the culture container to the accommodating platform from the filling device;
Method for adjusting the setpoint temperature of a heat transfer medium circulating in a heating or cooling system inside a building or at least inside a surrounding part of a building, the heating or cooling circuit comprising a plurality of heat transferring units each being equipped with a temperature controlled valve, characterised in that the sum opening degree OD of all temperature controlled valves is determined in a time dependent manner and the setpoint temperature Tw, ref of heat transferring medium is controlled according to a predetermined sum opening degree OD of all temperature controlled valves, wherein the time dependent sum valve opening degree OD is based on an actual estimated hydraulic system resistance compared with an estimated minimum and/or maximum hydraulic system resistance, and wherein the estimation of the minimum and/or maximum hydraulic system resistance is based on estimated hydraulic system resistances registered in the last 5 to 25 days.
A composition of: (a) 26% by weight of HFC-32; (b) 26% by weight of HFC-125; (c) 21% by weight of HFC-134a; (d) 20% by weight of HFO-1234yf and (e) 7% by weight of HFO-1234zewith the weight percent being based on the total of the components (a) - (e) in the composition.
A composition comprising at least one extract of poplar-type propolis comprising at least 20% polyphenols by weight of dry matter, for use as a food supplement for preventing and/or combatting pathologies associated with obesity caused by diet.
Apparatus (1, 1', 1") for conveying rod-like articles of the tobacco industry comprising a feeding apparatus (2, 2') adapted to feed rod-like article (5, 5') to a receiving area of a transferring unit (3, 3', 3"), the transferring unit (3, 3', 3") having lugs (15, 15') moving on a circular path, adapted to convey a rod-like article (5, 5') from the feeding apparatus (2, 2') to the receiving apparatus, the lug (15, 15') being attached rotatably relative to a rotatable disc (11, 11') and actuated by means of a drive mechanism (20, 20'), the path of movement of the lug (15, 15') passing through the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') and an area for transferring the rod-like article (5, 5') to the receiving apparatus, and the receiving apparatus adapted to convey the rod-like articles (5, 5') axially one after another, characterised in that the drive mechanism (20, 20') is adapted so that the lug (15, 15') reduces the speed at least in a part of the path of movement before the area and/or in the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') to the transferring apparatus (3, 3') and increases the speed at least in a part of the path of movement between the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') and the area for transferring the rod-like article (5, 5') to the receiving apparatus. a feeding apparatus (2, 2') adapted to feed rod-like article (5, 5') to a receiving area of a transferring unit (3, 3', 3"), the transferring unit (3, 3', 3") having lugs (15, 15') moving on a circular path, adapted to convey a rod-like article (5, 5') from the feeding apparatus (2, 2') to the receiving apparatus, the lug (15, 15') being attached rotatably relative to a rotatable disc (11, 11') and actuated by means of a drive mechanism (20, 20'), the path of movement of the lug (15, 15') passing through the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') and an area for transferring the rod-like article (5, 5') to the receiving apparatus, and the receiving apparatus adapted to convey the rod-like articles (5, 5') axially one after another, characterised in that the drive mechanism (20, 20') is adapted so that the lug (15, 15') reduces the speed at least in a part of the path of movement before the area and/or in the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') to the transferring apparatus (3, 3') and increases the speed at least in a part of the path of movement between the area for receiving the rod-like article (5, 5') from the feeding apparatus (2, 2') and the area for transferring the rod-like article (5, 5') to the receiving apparatus.
A system for facilitating minimally invasive surgical procedures, the system comprising a tool (100, 900) and an implant wherein the implant is a saddle, the tool comprising: first and second outer blades (105,107) each having a distal end and a proximal end; first and second inner blades (109,111) each having a distal end and a proximal end, the first and second inner blades (109,111) operable to slidingly engage the first and second outer blades (105,107), wherein the first and second inner blades (109,111) have with respect to the first and second outer blades, an unlocked position where the tool (100, 900) is releasably engageable with the saddle and a locked position where the tool (100, 900) is locked to the saddle; a channel formed between the first inner and outer blades (105,109) and the second inner and outer blades (111, 107), the channel extending along an entire length of the first and second inner and outer blades(105,107,109,111); and a hollow connector releasably coupled to the proximal end of the first and second inner blades (109,111), wherein a proximal end of the channel is blocked and the first and second inner blades (111, 109) are interconnected at respective proximal ends when the hollow connector is coupled to the first and second inner blades (109,111), and wherein the proximal end of the channel is unblocked and the first and second outer blades (105, 107) are separate and not interconnected at respective proximal ends when the hollow connector is removed from the first and second inner blades (111,109) so that the channel is provided over the entire length of the tool (100,900). first and second outer blades (105,107) each having a distal end and a proximal end; first and second inner blades (109,111) each having a distal end and a proximal end, the first and second inner blades (109,111) operable to slidingly engage the first and second outer blades (105,107), wherein the first and second inner blades (109,111) have with respect to the first and second outer blades, an unlocked position where the tool (100, 900) is releasably engageable with the saddle and a locked position where the tool (100, 900) is locked to the saddle; a channel formed between the first inner and outer blades (105,109) and the second inner and outer blades (111, 107), the channel extending along an entire length of the first and second inner and outer blades(105,107,109,111); and a hollow connector releasably coupled to the proximal end of the first and second inner blades (109,111), wherein a proximal end of the channel is blocked and the first and second inner blades (111, 109) are interconnected at respective proximal ends when the hollow connector is coupled to the first and second inner blades (109,111), and wherein the proximal end of the channel is unblocked and the first and second outer blades (105, 107) are separate and not interconnected at respective proximal ends when the hollow connector is removed from the first and second inner blades (111,109) so that the channel is provided over the entire length of the tool (100,900).
A method, implemented in a graphics processor, for performing operations of a machine learning framework providing a library of machine learning primitives, machine learning primitives being basic operations to be performed by machine learning algorithms, the method comprising: loading elements of matrices into a first memory of the graphics processor, wherein the first memory is a global memory of the graphics processor; transferring a subset of elements of the matrices from the first memory into a second memory of the graphics processor, the second memory local to a set of processing resources of the graphics processor; and triggering execution of a compute kernel on the graphics processor, wherein the compute kernel performs a sparse matrix multiply operation on the subset of elements of the matrices and one or more element-wise operations on output of the sparse matrix multiply operation before the output is transferred to the first memory, wherein the machine learning framework is to provide a machine learning primitive to the compute kernel to specify the one or more element-wise operations, wherein the one or more element-wise operations include applying an activation function to the output. loading elements of matrices into a first memory of the graphics processor, wherein the first memory is a global memory of the graphics processor; transferring a subset of elements of the matrices from the first memory into a second memory of the graphics processor, the second memory local to a set of processing resources of the graphics processor; and triggering execution of a compute kernel on the graphics processor, wherein the compute kernel performs a sparse matrix multiply operation on the subset of elements of the matrices and one or more element-wise operations on output of the sparse matrix multiply operation before the output is transferred to the first memory, wherein the machine learning framework is to provide a machine learning primitive to the compute kernel to specify the one or more element-wise operations, wherein the one or more element-wise operations include applying an activation function to the output.
Micromechanical system with a system that can vibrate, that has a seismic mass and at least two spring elements, wherein the spring elements are respectively fastened on one side externally to the seismic mass and on the other side to fixed anchor points of the micromechanical system such that the seismic mass can vibrate in precisely one movement direction, wherein the micromechanical system is embodied as a sensor for detecting acoustic emission signals characterised in that in the inner region of the seismic mass at least one further spring element (7, 7a, 7b, 7c, 7d, 7e) is provided, by means of which the seismic mass is fastened to a further anchor point of the micromechanical system.
Connecting element for communication and data technology, comprising a housing (2, 3) and connecting contacts which are arranged in the housing (2, 3), wherein the housing (2, 3) is composed of a non-conductive plastic, characterized in that the housing (2, 3) has an electrically conductive and/or magnetically permeable coating at least in places on the surface, with both the inner surface and the outer surface of the housing (2, 3) having an electrically conductive and/or magnetically permeable coating, with at least the electrically conductive and/or magnetically permeable areas on the outer surface of the housing (2, 3) being coated with an electrically non-conductive and/or magnetically non-permeable covering lacquer, wherein the inner surface is not covered or not entirely covered with the covering lacquer.
An inflator for heat sealing to an inflatable article, comprising in combination: a sleeve composed of a first material including an upper portion having a threaded bore for receiving the neck of a gas cartridge; a housing composed of a second material and having an integral peripheral flange and a longitudinal bore, said housing being formed about said sleeve, and said sleeve being molded in-situ with the housing; a pierce pin assembly reciprocatably positioned within said longitudinal bore to pierce the frangible seal of the gas cartridge whereupon gas flows through said longitudinal bore and then out an exhaust port into the inflatable article without contacting said sleeve; characterized in that said first material is a glass-filled nylon which has a tensile strength of about 2068 bar and said second material comprises a softer material than said first material, said softer material being heat sealable to the inflatable article. a sleeve composed of a first material including an upper portion having a threaded bore for receiving the neck of a gas cartridge; a housing composed of a second material and having an integral peripheral flange and a longitudinal bore, said housing being formed about said sleeve, and said sleeve being molded in-situ with the housing; a pierce pin assembly reciprocatably positioned within said longitudinal bore to pierce the frangible seal of the gas cartridge whereupon gas flows through said longitudinal bore and then out an exhaust port into the inflatable article without contacting said sleeve; characterized in that said first material is a glass-filled nylon which has a tensile strength of about 2068 bar and said second material comprises a softer material than said first material, said softer material being heat sealable to the inflatable article.
A cloth comprising a fiber A that is not water repellent and a fiber B that is water repellent, characterized in that the weight ratio between the fiber A and the fiber B (fiber A: fiber B) is within a range of 50:50 to 87:13, and the fiber A has a contact angle of less than 120°, and the fiber B has a contact angle of 120° or more, and the fiber B is a water-repellent polyester fiber, wherein the cloth is a knitted fabric having a knitting density of 50 to 150 courses/2.54 cm and 40 to 130 wales/2.54 cm, wherein the cloth has a sedimentation time of 10 seconds or more as measured in accordance with JIS L1907-2010, 7.1.3 Sedimentation Method, and wherein the contact angle is measured as follows: using distilled water, 500 pl of distilled water is dropped onto the single-yarn surface of a fiber, and the resulting contact angle between the fiber and the water droplet is measured by the θ/2 method.
An absorbent article such as a sanitary napkin or incontinence pad having longitudinal side edges (2,3) and transversal end edges (4,5), and comprising a fluid permeable topsheet, a fluid impermeable backsheet and an absorbent core being located between said topsheet and said backsheet, said absorbent core comprising a first absorbent layer having an opening extending there through and a fluid flow control structure being located between said first absorbent layer and said backsheet, and wherein the first absorbent layer has a longitudinal front portion and a longitudinal back portion and a narrow transversal transition is located between said front portion and said back portion, and 20-50% of the longitudinal length of the opening is located in the front portion of the first absorbent layer, and characterised in that the width of the narrow transversal transition is 50-75% of the widest transversal width of the front portion of the first absorbent layer.
Arrangement for extracting water from a humid gas mixture at a first temperature, comprising: - a compressor device suitable for compressing the gas mixture from a first pressure to a second pressure at which the dew point of the gas mixture lies above the first temperature, - a pressure vessel for receiving the gas mixture and condensing out at least a first fraction of the water from the gas mixture in the pressure vessel, - characterized in that the arrangement comprises a pressure exchanger suitable for transferring the second pressure from the gas mixture with reduced water content to a fresh feed of the gas mixture, - wherein the pressure exchanger and the pressure vessel are connected to one another via lines in such a way that the fresh feed at the second pressure can be guided from the pressure exchanger into the pressure vessel, and the gas mixture with the reduced water content can be guided from the pressure vessel into the pressure exchanger. - a compressor device suitable for compressing the gas mixture from a first pressure to a second pressure at which the dew point of the gas mixture lies above the first temperature, - a pressure vessel for receiving the gas mixture and condensing out at least a first fraction of the water from the gas mixture in the pressure vessel, - characterized in that the arrangement comprises a pressure exchanger suitable for transferring the second pressure from the gas mixture with reduced water content to a fresh feed of the gas mixture, - wherein the pressure exchanger and the pressure vessel are connected to one another via lines in such a way that the fresh feed at the second pressure can be guided from the pressure exchanger into the pressure vessel, and the gas mixture with the reduced water content can be guided from the pressure vessel into the pressure exchanger.