mhurhangee/ep-ind-claims huggingface dataset:
Air discharge device, comprising pivotably supported fins (12, 14, 16), extending orthogonally to each other, wherein one of the fins (12, 14, 16) is a control fin, and a control element controlling the fins (12, 14, 16) for adjusting the direction of an airflow and controlling closing means comprising at least one flap (30; 32) for adjusting the extent and amount of the airflow, wherein the control element comprises: - a slider with a bearing slidable along the control fin, - a slidable actuating element supported in said bearing, wherein the actuating element comprises a heart-shaped cam, - a guide element, slidably supported in a guidance of the control fin, - spring means connected on one side with the actuating element and connected on the other side with a actuating member, wherein the actuating member is coupled with at least one fin, extending orthogonally to the control fin, and - a connecting element extending orthogonally to the control fin and coupled with the actuating member and at least one flap (30; 32), wherein - the connecting element is slidably supported orthogonally to the control fin, - the guidance of the control fin extends parallelly to the longitudinal axis of the control fin, - one end of the guide element is supported in said guidance and the other end is guided in said heart-shaped cam, - the actuating member comprises a pin supported in a curved recess of the connecting element, and - the connecting element comprises at least one pin (78; 80) supported in a curved recess (36; 38) of a pivoting member (82; 84) of the flap (30; 32). - a slider with a bearing slidable along the control fin, - a slidable actuating element supported in said bearing, wherein the actuating element comprises a heart-shaped cam, - a guide element, slidably supported in a guidance of the control fin, - spring means connected on one side with the actuating element and connected on the other side with a actuating member, wherein the actuating member is coupled with at least one fin, extending orthogonally to the control fin, and - a connecting element extending orthogonally to the control fin and coupled with the actuating member and at least one flap (30; 32), - the connecting element is slidably supported orthogonally to the control fin, - the guidance of the control fin extends parallelly to the longitudinal axis of the control fin, - one end of the guide element is supported in said guidance and the other end is guided in said heart-shaped cam, - the actuating member comprises a pin supported in a curved recess of the connecting element, and - the connecting element comprises at least one pin (78; 80) supported in a curved recess (36; 38) of a pivoting member (82; 84) of the flap (30; 32).
A method for producing an instant coffee, the method comprising: providing a finely ground roasted coffee material; providing an aqueous coffee extract; mixing the finely ground roasted coffee material with the aqueous coffee extract to form a first mixture; and drying the first mixture, wherein, before drying, the finely ground roasted coffee material: is heated to a temperature of from 70 to 100°C in an aqueous environment for a duration of from 1 minute to 3 hours. providing a finely ground roasted coffee material; providing an aqueous coffee extract; mixing the finely ground roasted coffee material with the aqueous coffee extract to form a first mixture; and drying the first mixture, wherein, before drying, the finely ground roasted coffee material: is heated to a temperature of from 70 to 100°C in an aqueous environment for a duration of from 1 minute to 3 hours.
A basket for an infusion catheter comprising: a shaft comprising a wall with an inner surface and an outer surface and a lumen extending between a distal end and a proximal end and defining a longitudinal axis, wherein a plurality of helical cuts along a portion of the shaft between the inner and outer surface of the wall form a plurality of tines; wherein the proximal end of the shaft is uncut; a plurality of tubes, each tube comprising a wall with an inner surface and an outer surface and a lumen extending between a distal end and a proximal end; wherein the plurality of tubes are melted together and to the outside of the shaft at the uncut proximal end of the shaft; wherein each of the plurality of tines of the shaft are disposed in the lumen of each of the plurality of tubes to form a plurality of limbs; wherein the plurality of tines independently support the limbs without interconnection of tines between the proximal and distal end of the tines; and wherein the distal end of each of the plurality of limbs are attached together. a shaft comprising a wall with an inner surface and an outer surface and a lumen extending between a distal end and a proximal end and defining a longitudinal axis, wherein a plurality of helical cuts along a portion of the shaft between the inner and outer surface of the wall form a plurality of tines; wherein the proximal end of the shaft is uncut; a plurality of tubes, each tube comprising a wall with an inner surface and an outer surface and a lumen extending between a distal end and a proximal end; wherein the plurality of tubes are melted together and to the outside of the shaft at the uncut proximal end of the shaft; wherein each of the plurality of tines of the shaft are disposed in the lumen of each of the plurality of tubes to form a plurality of limbs; wherein the plurality of tines independently support the limbs without interconnection of tines between the proximal and distal end of the tines; and wherein the distal end of each of the plurality of limbs are attached together.
A package for holding a food product, the package comprising a main body formed from a multilayer packaging material that comprises a layer of fibrous material, the main body having - a bottom section, - a wall section extending from the bottom section for forming an inner space for the food product, and - an opening arranged at an end of the wall section that is opposite to the bottom section, and a lid structure that is formed from a plastic material and attached to the main body for sealing the opening and the inner space, the lid structure having - a lid frame attached to the main body at the opening, - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame, and - a pull element (24, 241) connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening, characterized in that the lid frame comprises a frame top surface that extends along the entire periphery of the opening of the main body, the lid comprises a cover portion and a lid wall section, and the lid wall section extends around a peripheral section of the cover portion, is joined to the lid frame and lifts peripheral section of the cover portion above the frame top surface. - a bottom section, - a wall section extending from the bottom section for forming an inner space for the food product, and - an opening arranged at an end of the wall section that is opposite to the bottom section, and a lid structure that is formed from a plastic material and attached to the main body for sealing the opening and the inner space, the lid structure having - a lid frame attached to the main body at the opening, - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame, and - a pull element (24, 241) connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening, characterized in that - a lid frame attached to the main body at the opening, - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame, and - a pull element (24, 241) connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening, characterized in that the lid frame comprises a frame top surface that extends along the entire periphery of the opening of the main body, the lid comprises a cover portion and a lid wall section, and the lid wall section extends around a peripheral section of the cover portion, is joined to the lid frame and lifts peripheral section of the cover portion above the frame top surface.
An endoprosthesis, in particular an intraluminal endoprosthesis, for example a stent, having a basic mesh consisting of an at least predominantly biodegradable material, and a coating arranged on the biodegradable material, characterised in that the coating contains parylene, preferably at least predominantly parylene, particularly preferably parylene C or parylene N, and in that the basic mesh is substantially completely covered by the coating, wherein the thickness of the coating is between 0.1 μm and 10 μm, preferably between 0.4 μm and 7 μm, particularly preferably between 1 μm and 5 μm, and wherein the coating has regions (25, 32, 32') in which the layer thickness is locally reduced compared to the other regions of the coating.
A custom packaging center for creating a customized package of a plurality of food items comprising a loading station, a packaging station and an identification arrangement, said loading station designed to receive said plurality of food items, said identification arrangement designed to identify each of the food items that were loaded into the loading station and to create an identification code that is representative of the identity of each of the food items that were loaded in the loading station, said packaging station designed to support a removable packaging and to position said removable packaging in a location to receive said plurality of food items, said removable packaging designed to receive said plurality of food items after said identification arrangement has identified each of the food items that were loaded into the loading station.
Drainage element with an inlet opening, an outlet opening and a drainage channel, the drainage channel connecting the inlet opening to the outlet opening and designed in the form of a hollow profile having a channel wall and a longitudinal axis, characterized in that at least one sealing brush with sealing bristles is arranged at a brush connection point of the channel wall of the drainage channel, the sealing bristles protruding from the channel wall in the direction of the longitudinal axis of the drainage channel.
A drill bit, comprising: a bit body including a crown and a shank having a neck section; the crown including a number of blade profiles (214a, 214b...214n), a number of cutters (216a-216m) being placed along each profile and a gamma ray sensor that is integrated into one or more of the cutters (216a-216m), the gamma ray sensor (240a-240c) configured to detect naturally occurring gamma rays from a formation being drilled. a bit body including a crown and a shank having a neck section; the crown including a number of blade profiles (214a, 214b...214n), a number of cutters (216a-216m) being placed along each profile and a gamma ray sensor that is integrated into one or more of the cutters (216a-216m), the gamma ray sensor (240a-240c) configured to detect naturally occurring gamma rays from a formation being drilled.
A method of increasing the quantity of milk or meat produced by a milk-producing animal or a meat-producing animal comprising: 1) applying at least one gibberellin compound to a corn plant; 2) producing silage from the corn plant; and 3) feeding the milk-producing animal or the meat-producing animal the silage made from the corn plant.
Electrical multiple stage switch assembly comprising an assembly casing, a first component carrier, and at least one multiple stage switch (21, 22,..., 2n), where each multiple stage switch (21, 22,..., 2n) comprise a first convex disc contact, a second convex disc contact, and an actuator means, where said first and second disc contact (21a, 21b) are positioned with their centres substantially aligned, where respective actuator means is positioned in said assembly casing and adapted to compress said first and second disc contact (21a, 21b), where said first and second disc contact (21a, 21b) are adapted to flex into an electrical connection when said actuator means is pressed and to flex back into a non-electrical connection when said actuator means is released, and where said first disc contact is positioned on said first component carrier in a fixed electrically conductible manner, characterised in, that said switch assembly comprises one second component carrier for said second disc contact, and at least one controlling member, that each second component carrier is electrically connected to said first component carrier, that each second disc contact is connected to respective second component carrier in a flexible electrically conductible manner, that each controlling member comprises a controlling part (31a, 32a,..., 3na) for each switch (21, 22,..., 2n), that a controlling member is positioned between said component carriers (12, 13) in a way so that each disc contact (21a, 21b) is facing a controlling part, and that said controlling part comprises a spacing member adapted to limit the smallest possible distance (d) between adjacent component carriers (12, 13).
Injection-moulded preform for the production of plastics containers, in particular plastics bottles, in a stretch blow moulding process, using an in essence elongate parison which has one closed longitudinal end and which adjoins, at its opposite end, a neck section provided with a pouring aperture, where the said neck section has, at the outer wall thereof, fastening means for the interlocking retention of a closure component equipped with corresponding engaging means, characterized in that the neck section has at least one narrowed region, which extends about at least a region of its periphery, the wall thickness (t) of which is from 0.4 mm to 0.8 mm, and in that, at least at the at least one narrowed region, the injection-moulded plastics material is present in a highly oriented, at least to some extent crystalline state produced by an injection-moulding process, where the plastics material in essence comprises polyethylene terephthalate and at the at least one narrowed region its degree of crystallization is greater than or equal to 3%, where the degree of crystallization is determined by way of density measurements in accordance with the standard ASTM D1505-10 with an intrinsic viscosity from 0.78 dl/g to 0.84 dl/g measured in accordance with ISO 1628-5.
A method of determining a bias parameter for a heterogeneous network including a small cell, a macro cell, and one or more user equipment, UEs, (105A-C), the small cell being underlaid with respect to the macro cell, the bias parameter controlling a tendency of one or more UEs (105A-C) to be handed over from the macro cell to the small cell, the method comprising: determining, at a base station of the small cell, a loading state of the macro cell; and setting, at the base station of the small cell, the bias parameter based on the determined loading state, characterized in that if the loading state is a high load state, setting the bias parameter includes incrementally increasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell and, if the loading state is a low load state, setting the bias parameter includes incrementally decreasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell. determining, at a base station of the small cell, a loading state of the macro cell; and setting, at the base station of the small cell, the bias parameter based on the determined loading state, characterized in that if the loading state is a high load state, setting the bias parameter includes incrementally increasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell and, if the loading state is a low load state, setting the bias parameter includes incrementally decreasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell.
A medical apparatus for extracorporeal blood treatment, comprising: - a support structure internally exhibiting a housing chamber, the housing chamber exhibiting at least one liquid collection zone, - a hydraulic circuit having at least one supply channel, destined to transport a treatment liquid from at least one source towards a treatment station, and at least one discharge channel, destined to transport a used liquid from the treatment station towards an evacuation zone, the hydraulic circuit being located in the housing chamber above the liquid collection zone such that liquid leakage from the hydraulic circuit system can at least partially accumulate in the liquid collection zone, - a liquid sensor destined at least to detect presence of a liquid in the liquid collection zone, characterized in that the medical apparatus comprises at least one measuring chamber arranged externally of the housing chamber and a channel which sets the at least one liquid collection zone in contact with the measuring chamber, the liquid sensor operating in a distanced position with respect to the liquid collection zone. - a support structure internally exhibiting a housing chamber, the housing chamber exhibiting at least one liquid collection zone, - a hydraulic circuit having at least one supply channel, destined to transport a treatment liquid from at least one source towards a treatment station, and at least one discharge channel, destined to transport a used liquid from the treatment station towards an evacuation zone, the hydraulic circuit being located in the housing chamber above the liquid collection zone such that liquid leakage from the hydraulic circuit system can at least partially accumulate in the liquid collection zone, - a liquid sensor destined at least to detect presence of a liquid in the liquid collection zone, characterized in that the medical apparatus comprises at least one measuring chamber arranged externally of the housing chamber and a channel which sets the at least one liquid collection zone in contact with the measuring chamber, the liquid sensor operating in a distanced position with respect to the liquid collection zone.
A method for wireless communication performed by a user equipment, UE, comprising: receiving, from a base station, a first sequence of a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, in a first set of symbols of a first subframe of a frame, wherein, within the first sequence, the SSS is received in a symbol that is prior to a symbol of the first subframe in which the PSS is received, the first sequence of the SSS and the PSS enables synchronization signal, SS, detection at legacy UEs; receiving, from the base station, repetitions of a second sequence of the PSS and the SSS in a first set of symbols of a second subframe of the frame and in a second set of symbols of the second subframe, wherein, within the second sequence, the SSS is received in a symbol that is subsequent to a symbol in which the PSS is received, and wherein the second sequence of the PSS and the SSS received in the first and second sets of symbols of the second subframe is swapped with reference to the first sequence of the PSS and the SSS received in the first set of symbols of the first subframe; and wherein the second sequence of the SSS and the PSS enables the SS detection at non-legacy UEs and causes the SS detection to fail at the legacy UEs; and synchronizing with the base station based at least in part on the PSS and the SSS. receiving, from a base station, a first sequence of a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, in a first set of symbols of a first subframe of a frame, wherein, within the first sequence, the SSS is received in a symbol that is prior to a symbol of the first subframe in which the PSS is received, the first sequence of the SSS and the PSS enables synchronization signal, SS, detection at legacy UEs; receiving, from the base station, repetitions of a second sequence of the PSS and the SSS in a first set of symbols of a second subframe of the frame and in a second set of symbols of the second subframe, wherein, within the second sequence, the SSS is received in a symbol that is subsequent to a symbol in which the PSS is received, and wherein the second sequence of the PSS and the SSS received in the first and second sets of symbols of the second subframe is swapped with reference to the first sequence of the PSS and the SSS received in the first set of symbols of the first subframe; and wherein the second sequence of the SSS and the PSS enables the SS detection at non-legacy UEs and causes the SS detection to fail at the legacy UEs; and wherein, within the second sequence, the SSS is received in a symbol that is subsequent to a symbol in which the PSS is received, and wherein the second sequence of the PSS and the SSS received in the first and second sets of symbols of the second subframe is swapped with reference to the first sequence of the PSS and the SSS received in the first set of symbols of the first subframe; and wherein the second sequence of the SSS and the PSS enables the SS detection at non-legacy UEs and causes the SS detection to fail at the legacy UEs; and synchronizing with the base station based at least in part on the PSS and the SSS.
A method of generatively manufacturing a three-dimensional object in a process chamber of a generative manufacturing apparatus by a layer-by-layer application and selective solidification of a building material within a build area arranged in the process chamber, wherein, while the object is being manufactured, a process gas is supplied to the process chamber by means of a gas supply device and is discharged from the process chamber via an outlet (42a, 42b), wherein the gas supply device is designed and/or arranged relatively to the build area and/or controlled such that a gas stream of the process gas streaming through the process chamber is shaped in such a manner that a substantially elongate oval impingement area of the gas stream is generated within the build area, characterized in that the gas stream is shaped by means of an inlet of the gas supply device which inlet comprises a process-chamber-sided elongate oval opening area.