mhurhangee/ep-ind-claims huggingface dataset:
A tensioning system attached to a base layer, comprising: a first segmented tubular structure comprising a first tubular structure and a second tubular structure; wherein the first tubular structure includes a first tunnel and wherein the second tubular structure includes a second tunnel; wherein the first tubular structure is attached to the second tubular structure by a first connecting portion, the first tunnel being spaced apart from the second tunnel proximate the first connecting portion; a second segmented tubular structure comprising a third tubular structure and a fourth tubular structure; wherein the third tubular structure includes a third tunnel and wherein the fourth tubular structure includes a fourth tunnel; wherein the third tubular structure is attached to the fourth tubular structure by a second connecting portion, the third tunnel being spaced apart from the fourth tunnel proximate the second connecting portion; a tensile strand extending through the first tunnel, the second tunnel, the third tunnel, and the fourth tunnel; wherein the first segmented tubular structure is spaced apart from the second segmented tubular structure; wherein the first tubular structure and the second tubular structure are attached to the base layer, and the first connecting portion is not attached to the base layer; and wherein the third tubular structure and the fourth tubular structure are attached to the base layer, and the second connecting portion is not attached to the base layer. a first segmented tubular structure comprising a first tubular structure and a second tubular structure; wherein the first tubular structure includes a first tunnel and wherein the second tubular structure includes a second tunnel; wherein the first tubular structure is attached to the second tubular structure by a first connecting portion, the first tunnel being spaced apart from the second tunnel proximate the first connecting portion; a second segmented tubular structure comprising a third tubular structure and a fourth tubular structure; wherein the third tubular structure includes a third tunnel and wherein the fourth tubular structure includes a fourth tunnel; wherein the third tubular structure is attached to the fourth tubular structure by a second connecting portion, the third tunnel being spaced apart from the fourth tunnel proximate the second connecting portion; a tensile strand extending through the first tunnel, the second tunnel, the third tunnel, and the fourth tunnel; wherein the first segmented tubular structure is spaced apart from the second segmented tubular structure; wherein the first tubular structure and the second tubular structure are attached to the base layer, and the first connecting portion is not attached to the base layer; and wherein the third tubular structure and the fourth tubular structure are attached to the base layer, and the second connecting portion is not attached to the base layer.
A lowering measuring device for railway rails comprising a mounting which is able to be fastened to a railway rail by means of a bracing element, a measuring rod displaceably mounted in/on the mounting, at the lower end of which a counterpressure plate or support is fastened or formed which is provided for support on a ballast bed, furthermore a measuring scale, fastened on the mounting or integrated into it for reading a displacement of the measuring rod with respect to the mounting, and a measuring rod resistance element for the force- or friction-fitting inhibiting of the displaceability of the measuring rod, in such a way that a maximum displacement of the measuring rod which is reached by a rail vehicle on travelling over the railway rail is maintained, characterized in that the measuring rod resistance element comprises a spring-loaded pressure pin with a rotatably mounted ball at the tip and a screw-like pressure pin protection, by which a spring force onto the ball can be compensated as required.
A power distribution and control system for use with a bulk generation system having transmission and distribution systems, the power distribution and control system comprising: a plurality of microgrids each including a power generation element and a load; a plurality of microgrid controllers each associated with one and only one of the plurality of microgrids; a first communication network; a high-level controller operable using the first communication network to communicate with the bulk generation system and each of the plurality of microgrid controllers, the high-level controller operable to coordinate the operation of the microgrids during normal system operation; a second communication network separate from the first communication network, the second communication network providing peer to peer communication between each of the plurality of microgrid controllers when at least one of the high-level controller and the first communication network is not available; and a plurality of third communication networks, each third communication network providing communication between one of the plurality of microgrid controllers and at least one of the power generation element and the load associated with that microgrid controller. a plurality of microgrids each including a power generation element and a load; a plurality of microgrid controllers each associated with one and only one of the plurality of microgrids; a first communication network; a high-level controller operable using the first communication network to communicate with the bulk generation system and each of the plurality of microgrid controllers, the high-level controller operable to coordinate the operation of the microgrids during normal system operation; a second communication network separate from the first communication network, the second communication network providing peer to peer communication between each of the plurality of microgrid controllers when at least one of the high-level controller and the first communication network is not available; and a plurality of third communication networks, each third communication network providing communication between one of the plurality of microgrid controllers and at least one of the power generation element and the load associated with that microgrid controller.
A cord for high voltage overhead electrical lines comprising a core about which at least one ring of quoins and/or conductors of circular cross-section and electrically conductive material are wrapped, the core consisting of at least three load-bearing cables twisted together, which are each formed from a plurality of twisted-together wires formed of composite hybrid carbon/glass fibre material, characterized in that the load-bearing cables are covered by a hot-extruded first sheath of aluminium or its alloys, at least three filler elements of aluminium or its alloys being twisted together with said load-bearing cables, said load-bearing cables and said filler elements being surrounded by a second aluminium sheath or by a binding of aluminium or its alloys, about which the quoins are wrapped.
A plastic exhaust sleeve pipe for the exhaust gas routing of building heating installations, the plastic exhaust sleeve pipe having a pipe body, preferably realized as a plastic injection-molded part, and a sleeve section at the end for receiving a pipe section of another exhaust pipe to establish an exhaust sleeve pipe connection, wherein, in the sleeve section, a ring seal realized as a lip seal is received in an inner circumferential groove which is open toward the radial inside for sealing contact with the outer circumference of the pipe section which is insertable into the sleeve section in an insertion direction, wherein said inner circumferential groove has a groove base formed by a groove base section of the pipe body and a first and a second groove wall (21, 25) extending angularly thereto, wherein the inner circumferential groove is limited against the insertion direction by a fastening ring (3, 42) of the plastic exhaust sleeve pipe disposed coaxially to the pipe body, wherein the fastening ring (3, 42) is locked with the pipe body, wherein the first groove wall is formed by an annular groove wall section of the fastening ring (3, 42), wherein the fastening ring (3, 42) comprises an annular circumferential wall section extending axially to the groove wall section and being disposed radially outside the groove base section of the pipe body forming the groove base when the fastening ring (3, 42) is locked with the pipe body, the groove base section abutting on the radial outside against the circumferential wall section of the fastening ring (3, 42), wherein the lip seal forms at least one ledge (23, 24) for the contact of the lip seal with a profile of a recess (30, 31) which is formed according to a ledge (23, 24) and is in the sleeve section on the pipe body, wherein the fastening ring (3, 42) is realized as an open ring provided with a securing means (36, 43) by means of which the ring can be transferred from a circumferentially open state to a circumferentially closed state such that the ring is securable against displacements in an axial and radial direction in the circumferentially closed state.
A method for separating fractions of a mixture to be separated by liquid chromatography, comprising the steps of: - multiple injections of the mixture to be separated: the injections are made successively into a chromatography column after time intervals A, - multiple collecting operations: the fractions of said column are collected successively after time intervals A, generating an eluate enriched with the fraction of interest, which is created from at least one of said collected fractions, - multiple injections of the eluate collected in the preceding: the injections are carried out successively after time intervals B into a second chromatography column, - multiple collecting operations: the fractions from said second column are collected successively after time intervals B. - multiple injections of the mixture to be separated: the injections are made successively into a chromatography column after time intervals A, - multiple collecting operations: the fractions of said column are collected successively after time intervals A, generating an eluate enriched with the fraction of interest, which is created from at least one of said collected fractions, - multiple injections of the eluate collected in the preceding: the injections are carried out successively after time intervals B into a second chromatography column, - multiple collecting operations: the fractions from said second column are collected successively after time intervals B.
Polygon-like sliding packaging with a twisting and sliding motion for opening and closing with a variable length, consisting of two hollow bodies (2; 3) which can be connected with one another by sliding one into the other, with a locking device which consists of at least one first row of teeth (6, 7) provided on one hollow body (2; 3) with at least one locking tooth, and with at least one second row of teeth arranged on the other hollow body (2; 3) and associated with the first row of teeth (6, 7) with at least one locking tooth, which rows of teeth when the hollow bodies (2: 3) are slid into one another engage in one another and lock with one another with their associated contacting tooth flanks of the locking teeth (5, 8) as locking paths, wherein for separation of the two hollow bodies (2, 3) the contacting rows of teeth (6, 7; 9-12) can be disengaged from one another by twisting the two hollow bodies (2; 3) relative to one another about their longitudinal axes, wherein at least one sliding path (14-2, 15-2) is arranged on one of the hollow bodies (2, 3) a distance from the at least one locking path (13-2, 13-3) in the circumferential direction, into which sliding path (14-2, 15-2) the at least one locking path or the at least one locking tooth of the opposing hollow body (3, 2) can be engaged and displaced there in the direction of displacement, wherein at least one locking tooth or a plurality of teeth lying behind one another and forming a row of teeth are present on the outer hollow body, characterised in that a free space is present between the outside of the inner hollow body and the inside of the outer hollow body due to a differing profile form between the inner and the outer sleeve, which is produced between the two profile forms when the two parts (2, 3) are twisted in relation to one another.
Hose coupling which is of sleeve-shaped form and which, at at least one coupling end, has a connector with a retention profiling provided on the outer circumference at least in one connector subregion, onto which coupling end a hose end of a flexible hose can be pushed, wherein the retention profiling is formed by retention grooves which are provided on the outer circumference of the connector and which have groove long sides (8, 9) oriented in the connector circumferential direction and groove narrow sides (6, 7) oriented in the connector longitudinal direction, wherein the retention grooves are formed merely as recesses in the connector outer circumference, wherein the retention grooves have a groove base which is flat form, and characterized in that the retention profiling has at least two retention grooves arranged approximately on a common circumferential line, characterized in that, in at least one subregion of the connector, retention grooves are provided so as to be arranged on at least two circumferential lines, in that the groove long sides (8, 9), which face toward one another, of the retention grooves arranged on adjacent circumferential lines are spaced apart from one another, and in that the retention grooves arranged on adjacent circumferential lines are arranged offset with respect to one another.
A portable device for inducing cooling by evaporation of a fluid from a bodily fluid-containing space in a mammal, and a nebulizer or atomizer, the device comprising, in an integrated unit: an ambient air inlet, an inlet sensor configured to measure air temperature or pressure or both; a blower, a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to an air delivery tube; an outlet sensor configured to measure air temperature or pressure or both; said ambient air inlet, blower, desiccant chamber, and air outlet arranged in series along an air flow path, and the blower arranged to cause dry ambient air to the bodily fluid-containing space; the portable device arranged to deliver the dried ambient air to the bodily fluid-containing space to 20°C or warmer; a heat exchanger configured to remove heat that is added to the air in the desiccant chamber as a result of the removal of moisture from the air in said desiccant chamber such as to prevent the air having a temperature exceeding 40°C; and the nebulizer or atomizer arranged to spray liquid water onto said bodily fluid-containing space. an ambient air inlet, an inlet sensor configured to measure air temperature or pressure or both; a blower, a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to an air delivery tube; an outlet sensor configured to measure air temperature or pressure or both; said ambient air inlet, blower, desiccant chamber, and air outlet arranged in series along an air flow path, and the blower arranged to cause dry ambient air to the bodily fluid-containing space; the portable device arranged to deliver the dried ambient air to the bodily fluid-containing space to 20°C or warmer; a heat exchanger configured to remove heat that is added to the air in the desiccant chamber as a result of the removal of moisture from the air in said desiccant chamber such as to prevent the air having a temperature exceeding 40°C; and the nebulizer or atomizer arranged to spray liquid water onto said bodily fluid-containing space.
Tent frame that forms a support structure which comprises, in each case, poles, roof bows or similar supporting elements (4, 5, 6), engages under a tent roof when in the use position, and can be used in particular as part of a camping vehicle, a camping trailer or similar camping equipment, at least one of the supporting elements (4, 5) which can be placed on the ground or against the vehicle being connectable to a fixing means that grips the end of said element and comprises a mating member which engages around the end region of the supporting element (4, 5) at least in regions, the other end of which mating member can be connected to a support body that defines an enlarged supporting surface (A, D), it being possible for the support body to either be directly supported against part of a tent floor of the camping equipment and/or against a contact surface of the vehicle or trailer by means of a positive and/or frictional connection, and a bearing element that engages under the support body in the region thereof being provided as a slip-proof intermediate layer, characterised in that at least the bearing element is provided in the region of the support body as a first part of a hook-and-loop fastener that forms an anti-slip support such that the first part of the hook-and-loop fastener is fixed to the tent floor or to the contact surface and therefore a connecting position for the fixing means can be predetermined for a second part of the hook-and-loop fastener.
heat cooking device comprising: a heating chamber configured to accommodate an object to be heated; an opening/closing door provided on the heating chamber; heating means configured to heat the object to be heated in the heating chamber; a main control circuit configured to control the heating means; a first microcomputer configured to supply an active signal to the main control circuit; input means; characterized in that the input means consists of a touch-screen with a start key for setting of cooking; a second microcomputer is configured to receive data from the touch-screen; a communication line connects the first microcomputer and the second microcomputer to allow communication between them; and a watchdog IC connected to the communication line, wherein when cooking setting information is input by the touchscreen, the second microcomputer sets cooking contents and transmits cooking type information to the first microcomputer by using a communication line, and wherein the second microcomputer is configured to transmit, when data indicating start of cooking is input by the touchscreen, cooking start information to the first microcomputer and the watchdog IC by using the communication line, and the main control circuit is turned ON based on a logical conjunction of an active signal output from the watchdog IC AND an active signal output from the first microcomputer. a heating chamber configured to accommodate an object to be heated; an opening/closing door provided on the heating chamber; heating means configured to heat the object to be heated in the heating chamber; a main control circuit configured to control the heating means; a first microcomputer configured to supply an active signal to the main control circuit; input means; a watchdog IC connected to the communication line, wherein when cooking setting information is input by the touchscreen, the second microcomputer sets cooking contents and transmits cooking type information to the first microcomputer by using a communication line, and wherein the second microcomputer is configured to transmit, when data indicating start of cooking is input by the touchscreen, cooking start information to the first microcomputer and the watchdog IC by using the communication line, and the main control circuit is turned ON based on a logical conjunction of an active signal output from the watchdog IC AND an active signal output from the first microcomputer.
A device for cooking a starch-based food item, comprising: a vessel for receiving a quantity of the starch-based food item with an initial weight; a weighing scale for weighing the starch-based food item during cooking; a heater for heating the starch-based food item; and characterized by further comprising: a controller coupled to the weighing scale and the heater, and configured to: cause the heater to cook the starch-based food item at a first temperature for a first time duration, wherein the first temperature is higher than a starch gelatinization temperature; and in response to a determination, based on the weighing by the weighing scale, that weight of the starch-based food item drops by a first amount in a first range, cause the heater to cook the starch-based food item at a second temperature for a second time duration sufficient for the weight of the starch-based food item to drop by a second amount, such that a total drop of the first and second amounts relative to the initial weight is within a second range, wherein the second temperature is higher than the first temperature and above 150°C. a vessel for receiving a quantity of the starch-based food item with an initial weight; a weighing scale for weighing the starch-based food item during cooking; a heater for heating the starch-based food item; and characterized by further comprising: a controller coupled to the weighing scale and the heater, and configured to: cause the heater to cook the starch-based food item at a first temperature for a first time duration, wherein the first temperature is higher than a starch gelatinization temperature; and in response to a determination, based on the weighing by the weighing scale, that weight of the starch-based food item drops by a first amount in a first range, cause the heater to cook the starch-based food item at a second temperature for a second time duration sufficient for the weight of the starch-based food item to drop by a second amount, such that a total drop of the first and second amounts relative to the initial weight is within a second range, wherein the second temperature is higher than the first temperature and above 150°C. cause the heater to cook the starch-based food item at a first temperature for a first time duration, wherein the first temperature is higher than a starch gelatinization temperature; and in response to a determination, based on the weighing by the weighing scale, that weight of the starch-based food item drops by a first amount in a first range, cause the heater to cook the starch-based food item at a second temperature for a second time duration sufficient for the weight of the starch-based food item to drop by a second amount, such that a total drop of the first and second amounts relative to the initial weight is within a second range, wherein the second temperature is higher than the first temperature and above 150°C.