mhurhangee/ep-ind-claims huggingface dataset:
Baking oven with a cooking chamber, at least one insert (10, 11) insertable into the baking oven, and at least one lateral guide (7, 8) for the insert (10, 11), wherein the insert (10, 11) engages between upper and lower guiding means, such that a tilting of the insert (10, 11) is limited when the insert (10, 11) abuts against the upper guiding means while pulling out the insert (10, 11), wherein a latching mechanism (14, 15) is provided, into which the insert (10, 11) engages during pull out, wherein a first latching element is arranged at the upper guiding means and a second latching element is arranged at the insert (10, 11), characterized in that the latching elements (14, 15) snap into each other if the insert (10, 11) is pulled out under tilt, but do not snap into each other if the insert (10, 11) is pulled out without tilt, and - the upper guiding means forms an upper abutment surface or abutment line for the insert (10, 11), which has an upwardly recessed section in the area of the first latching element, wherein the second latching element engages in the upwardly recessed section while pulling out the insert (10, 11) under tilt, and/or - the upper guiding means is formed by a wire and the wire of the upper guiding means is upwardly bulged in the area of the recessed section, and/or - the insert (10, 11) is a baking tray and the second latching element is formed by a folded, upwardly protruding area of the baking tray, and/or - the insert (10, 11) is a baking tray or a baking pan. - the upper guiding means forms an upper abutment surface or abutment line for the insert (10, 11), which has an upwardly recessed section in the area of the first latching element, wherein the second latching element engages in the upwardly recessed section while pulling out the insert (10, 11) under tilt, and/or - the upper guiding means is formed by a wire and the wire of the upper guiding means is upwardly bulged in the area of the recessed section, and/or - the insert (10, 11) is a baking tray and the second latching element is formed by a folded, upwardly protruding area of the baking tray, and/or - the insert (10, 11) is a baking tray or a baking pan.
A disposable absorbent pant, comprising a front belt portion, a rear belt portion and a central chassis having an outer perimeter, a front region, a crotch region, a rear region, a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet, the central chassis being joined to the front belt portion in the front region, and being joined to the rear belt portion in the rear region, wherein the rear belt portion has a greater length than the front belt portion and the front belt portion is joined to the rear belt portion along respective left and right side seams; wherein a lower edge of the rear belt portion forms at least in part edges of left and right leg openings to the rear of the respective left and right side seams, and the rear belt portion comprises: first and second layers comprising first and second nonwoven web materials (25a, 25b); and a plurality of longitudinally-spaced, pre-strained, laterally-oriented elastic strands sandwiched between the first and second layers and disposed below the side seams; wherein a first of said plurality of elastic strands differs from a second of said plurality of elastic strands disposed above the first, by having one or more of comparative contractive force increasing features selected from the group consisting of: greater pre-strain, greater tensile modulus, and greater decitex, and combinations thereof; and wherein the first nonwoven web material has a first basis weight from 7 gsm to 18 gsm,; and the second nonwoven web material has a second basis weight from 10 gsm to 30 gsm. first and second layers comprising first and second nonwoven web materials (25a, 25b); and a plurality of longitudinally-spaced, pre-strained, laterally-oriented elastic strands sandwiched between the first and second layers and disposed below the side seams;
System for managing service interactions between a first service and a second service, through a combined service, comprising: - a first service delivery means for providing a first service, - a second service delivery means for providing a second service, - a combined service delivery means for providing a combined service capable of associating the first service with the second service, the combined service being implemented using a combined state model, which comprises a predetermined number of combined states formed on the basis of the states of the first and the second service and armed detection points for detecting predetermined transitions between the combined states, the combined service delivery means comprising a combined state manager adapted to transmit a control signal (13a, 13b, 203, 204) to at least one of the first and second service delivery means for inducing a predetermined state transition in the at least one of respective first and second service in response to the activation of an armed detection point. - a first service delivery means for providing a first service, - a second service delivery means for providing a second service, - a combined service delivery means for providing a combined service capable of associating the first service with the second service, the combined service being implemented using a combined state model, which comprises a predetermined number of combined states formed on the basis of the states of the first and the second service and armed detection points for detecting predetermined transitions between the combined states, the combined service delivery means comprising a combined state manager adapted to transmit a control signal (13a, 13b, 203, 204) to at least one of the first and second service delivery means for inducing a predetermined state transition in the at least one of respective first and second service in response to the activation of an armed detection point.
Flushing apparatus for receiving a flushing solution from a pipeline, wherein the flushing apparatus has: a main element having an interior for receiving the flushing solution and having a wall for delimiting the interior with respect to the surroundings, at least one line connector element, which is permeable to the flushing solution and which is arranged in the wall and is designed for connecting to a supply line which guides the flushing solution, a sealing element which is able to be connected mechanically to the wall and which is designed to delimit with respect to the surroundings a space between the main element and a drain into which the flushing solution can be transferred from the interior, wherein the wall of the main element has a drainage opening for the flushing solution, wherein the drainage opening is intended for arrangement adjacent to the drain, characterized by a supplementary element which has a base surface and which is able to be connected mechanically to the main element such that the base surface and a basal surface of the main element are arranged in a common plane if the supplementary element is connected mechanically to the main element, and a second connection element, which is designed to support the sealing element and extends along the basal surface and the base surface. a main element having an interior for receiving the flushing solution and having a wall for delimiting the interior with respect to the surroundings, at least one line connector element, which is permeable to the flushing solution and which is arranged in the wall and is designed for connecting to a supply line which guides the flushing solution, a sealing element which is able to be connected mechanically to the wall and which is designed to delimit with respect to the surroundings a space between the main element and a drain into which the flushing solution can be transferred from the interior, wherein the wall of the main element has a drainage opening for the flushing solution, wherein the drainage opening is intended for arrangement adjacent to the drain, characterized by a supplementary element which has a base surface and which is able to be connected mechanically to the main element such that the base surface and a basal surface of the main element are arranged in a common plane if the supplementary element is connected mechanically to the main element, and a second connection element, which is designed to support the sealing element and extends along the basal surface and the base surface.
A combustor comprising: a burner carrier; and a plurality of burner mains disposed in the burner carrier, wherein some of the plurality of burner mains each comprises a body having a different structural feature relative to the respective bodies of the remaining burner mains, and further wherein said some of the burner mains are selectively grouped in the burner carrier to form at least one set of said some of the burner mains effective to damp predefined vibrational modes in the combustor, characterised in that: the plurality of burner mains is disposed in the burner carrier as an annular arrangement comprising at least two concentric annuli of burner mains, wherein said at least one set of said some of the burner mains comprises a set grouped in a radially inner-most annulus of said at least two concentric annuli of burner mains, or wherein said at least one set of said some of the burner mains comprises respective sets grouped over sectors in said at least two concentric annuli of burner mains. a burner carrier; and a plurality of burner mains disposed in the burner carrier, wherein some of the plurality of burner mains each comprises a body having a different structural feature relative to the respective bodies of the remaining burner mains, and further wherein said some of the burner mains are selectively grouped in the burner carrier to form at least one set of said some of the burner mains effective to damp predefined vibrational modes in the combustor, characterised in that: the plurality of burner mains is disposed in the burner carrier as an annular arrangement comprising at least two concentric annuli of burner mains, wherein said at least one set of said some of the burner mains comprises a set grouped in a radially inner-most annulus of said at least two concentric annuli of burner mains, or wherein said at least one set of said some of the burner mains comprises respective sets grouped over sectors in said at least two concentric annuli of burner mains.
A heater for thermocycling to carry out PCR amplification, the heater comprising: a thermal diffusion layer having a reaction surface for transferring heat to a reaction cell; a heater track support layer having a back surface for cooling; an electrically conductive main heater track supported between the heater track support layer and the thermal diffusion layer; and four-terminal electrical contacts (132, 134, 136, 138) to the main heater track adapted to provide electrical connection for driving the main heater track and simultaneously sensing a resistance of the main heater track, wherein the lateral dimensions of the reaction surface are greater than a thickness H of the heater, such that reaction surface area A > H 2, the heater further comprising a reaction surface heat spreader layer (170, 180) located in contact with or within one of the thermal diffusion layer or the heater track support layer, wherein a back surface heat spreader layer is located on the back surface. a thermal diffusion layer having a reaction surface for transferring heat to a reaction cell; a heater track support layer having a back surface for cooling; an electrically conductive main heater track supported between the heater track support layer and the thermal diffusion layer; and four-terminal electrical contacts (132, 134, 136, 138) to the main heater track adapted to provide electrical connection for driving the main heater track and simultaneously sensing a resistance of the main heater track, wherein the lateral dimensions of the reaction surface are greater than a thickness H of the heater, such that reaction surface area A > H 2, the heater further comprising a reaction surface heat spreader layer (170, 180) located in contact with or within one of the thermal diffusion layer or the heater track support layer, wherein a back surface heat spreader layer is located on the back surface.
A heat exchange tube, comprising: a tube body, and a fin, arranged on an outer surface of the tube body, and comprising: a fin root part, arranged on the outer surface of the tube body; a transverse fin part, arranged on the top of the fin root part and extending laterally from two sides of the fin root part; and a fin top part, arranged on the top of the transverse fin part and configured as a saw-toothed part, a concave portion of the saw-toothed part extending to the transverse fin part; the heat exchange tube is characterized in that the transverse fin part at least disposed on one side of the fin root part inclines towards the outer surface of the tube body. a tube body, and a fin, arranged on an outer surface of the tube body, and comprising: a fin root part, arranged on the outer surface of the tube body; a transverse fin part, arranged on the top of the fin root part and extending laterally from two sides of the fin root part; and a fin top part, arranged on the top of the transverse fin part and configured as a saw-toothed part, a concave portion of the saw-toothed part extending to the transverse fin part; the heat exchange tube is characterized in that the transverse fin part at least disposed on one side of the fin root part inclines towards the outer surface of the tube body. a fin root part, arranged on the outer surface of the tube body; a transverse fin part, arranged on the top of the fin root part and extending laterally from two sides of the fin root part; and a fin top part, arranged on the top of the transverse fin part and configured as a saw-toothed part, a concave portion of the saw-toothed part extending to the transverse fin part; the heat exchange tube is characterized in that the transverse fin part at least disposed on one side of the fin root part inclines towards the outer surface of the tube body.
An electronic device, comprising: a first conductive pattern that sends and receives a communication signal with regard to a communication function; a second conductive pattern that is arranged adjacent to the first conductive pattern and receives a power signal with regard to charging; a communication hardware interface comprising a bridge circuit, connected with the first conductive pattern; a processor electrically connected with the communication hardware interfaces, the processor being configured to simultaneously turn on only upper switches (81, 82) or only lower switches (83, 84) or any combination of the upper switches and the lower switches of the bridge circuit; and a shield layer having a surface, and wherein the processor is configured to control the communication hardware interface such that a closed loop including the first conductive pattern is formed if a specific power signal is supplied through the second conductive pattern, characterised in that the first conductive pattern comprises a pattern having one or more turns with respect to a point of the shield layer and the second conductive pattern comprises a pattern having one or more turns with respect to the point of the shield layer and is arranged inside the first conductive pattern, wherein the number of turns of the first conductive pattern is a natural number which corresponds to the number of turns of the second conductive pattern, wherein the first conductive pattern and the second conductive pattern are configured such that an induced signal has a same phase. a first conductive pattern that sends and receives a communication signal with regard to a communication function; a second conductive pattern that is arranged adjacent to the first conductive pattern and receives a power signal with regard to charging; a communication hardware interface comprising a bridge circuit, connected with the first conductive pattern; a processor electrically connected with the communication hardware interfaces, the processor being configured to simultaneously turn on only upper switches (81, 82) or only lower switches (83, 84) or any combination of the upper switches and the lower switches of the bridge circuit; and a shield layer having a surface, and wherein the processor is configured to control the communication hardware interface such that a closed loop including the first conductive pattern is formed if a specific power signal is supplied through the second conductive pattern, characterised in that the first conductive pattern comprises a pattern having one or more turns with respect to a point of the shield layer and the second conductive pattern comprises a pattern having one or more turns with respect to the point of the shield layer and is arranged inside the first conductive pattern, wherein the number of turns of the first conductive pattern is a natural number which corresponds to the number of turns of the second conductive pattern, wherein the first conductive pattern and the second conductive pattern are configured such that an induced signal has a same phase.
An assembly, comprising: first and second panels (42, 44) joined along three edges to form an opening to create a packet, wherein the packet is formed from paper having an adhesive provided within the interior of the packet; a security device sized and configured to fit substantially within the packet, the security device being held by the adhesive at the position at which it is inserted; a series of lines of weakness (48a, 48b) extending through each of the first and second panels (42, 44) and overlapping at least a portion of one another, the lines of weakness (48a, 48b) overlapping at least a portion of the security device when the security device is in the packet, wherein the lines of weakness (48a, 48b) do not extend into the security device and wherein the assembly further comprises rigid protrusions provided on the interior of the first and second panels and configured to be brought into contact with the security device to facilitate the breaking of the security device to thereby render the security device inoperable. first and second panels (42, 44) joined along three edges to form an opening to create a packet, wherein the packet is formed from paper having an adhesive provided within the interior of the packet; a security device sized and configured to fit substantially within the packet, the security device being held by the adhesive at the position at which it is inserted; a series of lines of weakness (48a, 48b) extending through each of the first and second panels (42, 44) and overlapping at least a portion of one another, the lines of weakness (48a, 48b) overlapping at least a portion of the security device when the security device is in the packet, wherein the lines of weakness (48a, 48b) do not extend into the security device and wherein the assembly further comprises rigid protrusions provided on the interior of the first and second panels and configured to be brought into contact with the security device to facilitate the breaking of the security device to thereby render the security device inoperable.
Food processing assembly comprising an food processing apparatus for food products, in particular dough products, and a number of carriers for the food products, characterized in that said food processing apparatus comprising a number of storeys (21, 22, 23,...,24) situated above one another, wherein each storey is provided with an entrance (211,221, 231,...,241) for carriers at a first side of the food processing apparatus, an exit (212, 222, 232,..., 242) for carriers at a second side of said food processing apparatus situated opposite the first side, and a guidance device (213,223, 233,...,243) for guiding the carriers from the entrance to the exit, wherein each one of the storeys is provided with upper heat exchange elements (214, 224, 234,..., 244) and lower heat exchange elements (215, 225, 235,..., 245) in between which the carriers with food products can pass, wherein the upper heat exchange elements and lower heat exchange elements are provided with through openings (216,217,226), wherein in between the neighbouring storeys of said number of storeys a flow path is arranged to facilitate a substantial vertical flow of air, and wherein the food processing apparatus comprises an air supply device which is adapted for in a substantially vertical direction supplying air to the upper or lower storey of said number of storeys, wherein each carrier comprises a substantially rectangular frame comprising a leading end and a trailing end, and a support member for supporting the food products, wherein the support member is attached to the rectangular frame, wherein the leading end and/or the trailing end of the frame is provided with an air guiding plate for guiding the air in the food processing apparatus in a substantially vertical direction.
A grip force sensation feedback device comprising: a first rotary member in the form of a pulley that has a tapered outer peripheral surface including a part of a first virtual conical surface, the first rotary member being rotated around a first cone axis; a second rotary member in the form of a rail that has an opposed surface which includes a part of a second virtual conical surface and which is opposed to the outer peripheral surface of the first rotary member, the second rotary member being rotated around a second cone axis; a wire that has both end portions connected to the second rotary member and that has a central portion wound around the first rotary member; and a driving portion that provides a force sensation feedback to a finger of a user in contact with the second rotary member by rotating the first rotary member and thereby causing a rotation of the second rotary member; wherein the second rotary member includes a guide portion (121, 123) that defines an arrangement position of the wire on the opposed surface as the first and second rotary members (170, 120) rotate. a first rotary member in the form of a pulley that has a tapered outer peripheral surface including a part of a first virtual conical surface, the first rotary member being rotated around a first cone axis; a second rotary member in the form of a rail that has an opposed surface which includes a part of a second virtual conical surface and which is opposed to the outer peripheral surface of the first rotary member, the second rotary member being rotated around a second cone axis; a wire that has both end portions connected to the second rotary member and that has a central portion wound around the first rotary member; and a driving portion that provides a force sensation feedback to a finger of a user in contact with the second rotary member by rotating the first rotary member and thereby causing a rotation of the second rotary member; wherein the second rotary member includes a guide portion (121, 123) that defines an arrangement position of the wire on the opposed surface as the first and second rotary members (170, 120) rotate.
A subcutaneously implantable power-injectable access port for providing subcutaneous access to a patient, the access port comprising a body configured for capturing a septum for repeatedly inserting a needle therethrough into a cavity defined within the body, and at least one metal feature having a geometry that can be represented on an X-ray image generated by exposure of the access port to X-ray energy while simultaneously exposing an X-ray sensitive film to X-ray energy passing through the access port, the metal feature being correlative with the access port being power injectable, so that once the metal feature is observed, the correlation is accomplished and information pertaining to the access port is obtainable, the access port exhibiting a generally triangular exterior.