mhurhangee/ep-ind-claims huggingface dataset:
A multi-row heating plate radiator with controlled flow of heating medium with an inlet port and outlet port of the heating medium, equipped with the first passing-through heating plate facing the heated room / space and with one subsequent heating plate situated behind said plate and which is intended for reducing flow of the heating medium for cutting or controlling the heating output, said first and subsequent heating plates (4,5) comprising upper and lower distributing channels, said first and subsequent heating plates (4,5) being mutually connected on the corners at their upper distributing channels by means of an inflow fitting and connected to the inlet port of the heating medium by means of the inlet fitting or by a connecting set combined with the inflow fitting, and at their lower distributing channels by an outflow fitting for the outlet port, wherein other supply outflows interconnect the heating plates (4, 5) at their other corners, characterized in that the other supply outflows which interconnect the heating plates (4,5) at their other corners are blind, and wherein the outflow fitting is configured as a divider with an internal interface for the separation of the heating medium flows into the individual heating plates (4,5) or out of them, wherein the outflow fitting is provided with an internal interface with two mutually separated curved channels (12,13), and one of them is equipped with a throttling and / or a control element that protrudes in the inner section of said channel.
A sheet processing apparatus, comprising: a storage unit that stores a sheet and feeds the sheet stored; and a control unit that controls the storage unit, wherein the storage unit comprises: a first reel around which a first tape is wound; a second reel around which a second tape is wound; a drum that winds the sheet together with the first tape drawn from the first reel and the second tape drawn from the second reel to form a roll; a first sensor that detects movement of the first tape; and a second sensor that detects movement of the second tape, a position at which the first tape is wound around the drum and a position at which the second tape is wound around the drum are different from each other in an axial direction of the drum, and the control unit controls the storage unit based on a detection result of the first sensor and a detection result of the second sensor, characterized in that the control unit adjusts at least one of a tension of the first tape and a tension of the second tape based on the detection result of the first sensor and the detection result of the second sensor. a storage unit that stores a sheet and feeds the sheet stored; and a control unit that controls the storage unit, wherein the storage unit comprises: a first reel around which a first tape is wound; a second reel around which a second tape is wound; a drum that winds the sheet together with the first tape drawn from the first reel and the second tape drawn from the second reel to form a roll; a first sensor that detects movement of the first tape; and a second sensor that detects movement of the second tape, a first reel around which a first tape is wound; a second reel around which a second tape is wound; a drum that winds the sheet together with the first tape drawn from the first reel and the second tape drawn from the second reel to form a roll; a first sensor that detects movement of the first tape; and a second sensor that detects movement of the second tape, a position at which the first tape is wound around the drum and a position at which the second tape is wound around the drum are different from each other in an axial direction of the drum, and the control unit controls the storage unit based on a detection result of the first sensor and a detection result of the second sensor, characterized in that the control unit adjusts at least one of a tension of the first tape and a tension of the second tape based on the detection result of the first sensor and the detection result of the second sensor.
A method for producing filled and reclosable pressure vessels, in which a vessel body with a cylindrical jacket and a bottom part is filled with a fluid, whereupon it is non-detachably closed with a lid element and subsequently subjected to a heat treatment, the method comprising the steps of providing a lid surface, preferably made of metal, and a closure means made of plastics for use as a lid element, fastening the closure means to a first inner surface of the lid surface, wherein the closure means can be actuated from the outside of the pressure vessel by means of a slide, contacting at least one seal arranged on the closure means with at least one sealing surface arranged on the first inner surface of the lid surface in order to seal or reclose an outlet opening in the lid surface of the pressure vessel, and the lid element formed by the lid surface and the closure means being arranged upon closing the pressure vessel in such a way that the closure means faces the interior of the sealed pressure vessel, characterised in that a central region of the lid surface has a first maximum distance from a first reference plane which substantially extends through the at least one sealing surface on the first inner surface of the lid surface, and the closure means extends in at least one partial area at a second distance from a second reference plane which extends through the at least one seal, with the first distance being chosen to be larger than the second distance; such that after closing the pressure vessel with the lid element and subsequent heat treatment, the outlet opening remains sealed or reclosed with the closure means being bulged towards the first surface.
Plug connector having a housing as well as at least four contact elements arranged within the housing for the transmission of high frequency signals, wherein in each case two contact elements form a contact element pair which is in each case integrated in an insulating body, wherein the insulating bodies are in each case surrounded by a shield, characterised by a contact part for the transmission of electrical supply energy arranged centrally within the housing which is surrounded by the contact element pairs in a circular arrangement.
A method for operating a piezoelectric MEMS sound transducer, in particular a MEMS loudspeaker operating in the audible wavelength spectrum and/or in the ultrasonic range, in which electrical energy is stored in at least one energy store and this electrical energy is transferred between the energy store and the piezoelectric MEMS sound transducer indirectly via at least one first transfer unit (3, 13), wherein at least the one first transfer unit (3, 13) and the piezoelectric MEMS sound transducer are situated in a parallel circuit with respect to one another and switching units and/or switches are switched in such a way by a controller, that, in order to operate the piezoelectric MEMS sound transducer in a first switching state, at least the first transfer unit is first of all charged from the energy store, that this first transfer unit is then discharged again in a second switching state and the piezoelectric MEMS sound transducer is charged in this case, that in order to recover energy in a third switching state, the piezoelectric MEMS sound transducer is discharged again and at least the first transfer unit (3, 13) is charged in this case, and that this first transfer unit (3, 13) is then discharged again in a fourth switching state and the energy store is charged in this case, characterized in that, the electrical energy is transferred step-by-step between the energy store and the piezoelectric MEMS sound transducer, so that the electrical energy is transferred in multiple portions for both charging and energy recovery, respectively. in which electrical energy is stored in at least one energy store and this electrical energy is transferred between the energy store and the piezoelectric MEMS sound transducer indirectly via at least one first transfer unit (3, 13), wherein at least the one first transfer unit (3, 13) and the piezoelectric MEMS sound transducer are situated in a parallel circuit with respect to one another and switching units and/or switches are switched in such a way by a controller, that, in order to operate the piezoelectric MEMS sound transducer in a first switching state, at least the first transfer unit is first of all charged from the energy store, that this first transfer unit is then discharged again in a second switching state and the piezoelectric MEMS sound transducer is charged in this case, that in order to recover energy in a third switching state, the piezoelectric MEMS sound transducer is discharged again and at least the first transfer unit (3, 13) is charged in this case, and that this first transfer unit (3, 13) is then discharged again in a fourth switching state and the energy store is charged in this case, characterized in that, the electrical energy is transferred step-by-step between the energy store and the piezoelectric MEMS sound transducer, so that the electrical energy is transferred in multiple portions for both charging and energy recovery, respectively.
A method of making an earplug comprising the steps of covering an elongate core with an outer layer to result in a pre-form, wherein the elongate core comprises a first material and the outer layer comprises a second material, the second material comprising an unactivated foaming agent and one or more of a thermoplastic, styrene-ethylene-butylene-styrene (SEBS), thermoset polymers, and EPDM rubbers; positioning at least a portion of the outer layer and the elongate core in a mold; and activating the foaming agent of at least a portion of the outer layer to form a sound attenuating portion and a stem portion bonded to the elongate core; and wherein the mold comprises a first cavity that limits expansion of the outer layer, and wherein the first cavity is in the form of the stem portion, and wherein the mold comprises a second cavity in the form of the sound attenuation portion, and wherein a gap exists between the pre-form and a perimeter of the second cavity when the pre-form is initially placed in the mold, and wherein a small gap exists between the pre-form and a perimeter of the first cavity and the portion of the earplug positioned in the first cavity is effectively shielded from heat such that activation of the foaming agent is limited. covering an elongate core with an outer layer to result in a pre-form, wherein the elongate core comprises a first material and the outer layer comprises a second material, the second material comprising an unactivated foaming agent and one or more of a thermoplastic, styrene-ethylene-butylene-styrene (SEBS), thermoset polymers, and EPDM rubbers; positioning at least a portion of the outer layer and the elongate core in a mold; and activating the foaming agent of at least a portion of the outer layer to form a sound attenuating portion and a stem portion bonded to the elongate core; and wherein the mold comprises a first cavity that limits expansion of the outer layer, and wherein the first cavity is in the form of the stem portion, and wherein the mold comprises a second cavity in the form of the sound attenuation portion, and wherein a gap exists between the pre-form and a perimeter of the second cavity when the pre-form is initially placed in the mold, and wherein a small gap exists between the pre-form and a perimeter of the first cavity and the portion of the earplug positioned in the first cavity is effectively shielded from heat such that activation of the foaming agent is limited.
Cable processing device having processing stations for the manufacture of a cable, wherein a delivery device delivers the cable to the processing stations and the delivery device is formed by a gripper having gripper jaws, wherein the gripper jaws can be moved into a first position in which they abut non-displaceably against the cable and into a second position in which the cable is guided so tightly that it cannot fall out and can be delivered to the processing stations specifically and precisely and wherein the gripper jaws can be moved by a motor drive into the first and second positions, characterised in that at least the second position of the gripper jaws can be fixed and adjusted infinitely variably to different values by at least one displaceable stop of a pressurised piston and cylinder unit.
A device for charging raw sinter mixture onto a pallet car of a sintering machine, with a storage bin from which the raw sinter mixture is removed by means of a feeding drum via an outlet opening, and with an arrangement for discharging the raw sinter mixture emerging from the outlet opening onto the pallet car or the like, characterized in that the arrangement includes a mat which hangs down from a suspension, and that below the suspension a supporting element is provided, which is offset with respect to the suspension in horizontal direction such that the mat rests against the supporting element.
A pharmaceutical composition for the use in the treatment of a disease in which there is abnormal apoptosis, the composition comprising as active ingredients a drug that suppresses glutathione S-transferase (GST-π) and a drug that suppresses RB1-inducible coiled coil protein 1 (RB1CC1), wherein the disease is a cancer, and wherein the drug that suppresses RB1CC1 is selected from the group consisting of an RNAi molecule, a ribozyme, an antisense nucleic acid, a DNA/RNA chimera polynucleotide for DNA encoding RB1CC1, a vector expressing same, an anti-RB1CC1 antibody and an RB1CC1 dominant negative mutant. wherein the disease is a cancer, and wherein the drug that suppresses RB1CC1 is selected from the group consisting of an RNAi molecule, a ribozyme, an antisense nucleic acid, a DNA/RNA chimera polynucleotide for DNA encoding RB1CC1, a vector expressing same, an anti-RB1CC1 antibody and an RB1CC1 dominant negative mutant.
System for activating a park lock in a transmission with an electric machine which has two output shafts, wherein the one output shaft is connected to a pump for a hydraulic system of the transmission and the other output shaft is connected by way of a freewheel to an eccentric arrangement for activating a park lock, characterized in that the electric machine activates the pump in a first direction of rotation and in this direction of rotation the eccentric arrangement is decoupled from the electric machine by the freewheel and is not operated, wherein the eccentric arrangement is configured to engage and disengage the park lock, and in that the system is configured in such a way that, upon request for an activation of the park lock, the first direction of rotation of the electric machine is changed, such that the eccentric arrangement is activated by way of the freewheel.
An infrared temperature sensor which detects a temperature of an object to be detected in a non-contact manner, the sensor comprising: a sensor case made of metal, the sensor case including a light guiding region that guides infrared rays entering from an entrance window, and a light shielding region that is adjacent to the light guiding region via a partition wall, and where a shielding wall that blocks entrance of the infrared rays is formed on an entrance side of the infrared rays; a film that is arranged opposing the light guiding region and the light shielding region, and that absorbs the infrared rays reaching the film through the light guiding region, and converts the infrared rays to heat; a sensor cover that is made of metal and arranged opposing the sensor case via the film; an infrared detection element that is arranged at a position on the film corresponding to the light guiding region; and a temperature compensation element that is arranged at a position on the film corresponding to the light shielding region, wherein the light guiding region and the light shielding region have substantially symmetrical forms with respect to the partition wall, characterized in that the sensor case includes an airspace corresponding to the light guiding region and the light shielding region, and the light guiding region, the light shielding region and the partition wall are formed by fitting an infrared absorption molded body to the airspace. a sensor case made of metal, the sensor case including a light guiding region that guides infrared rays entering from an entrance window, and a light shielding region that is adjacent to the light guiding region via a partition wall, and where a shielding wall that blocks entrance of the infrared rays is formed on an entrance side of the infrared rays; a film that is arranged opposing the light guiding region and the light shielding region, and that absorbs the infrared rays reaching the film through the light guiding region, and converts the infrared rays to heat; a sensor cover that is made of metal and arranged opposing the sensor case via the film; an infrared detection element that is arranged at a position on the film corresponding to the light guiding region; and a temperature compensation element that is arranged at a position on the film corresponding to the light shielding region, wherein the light guiding region and the light shielding region have substantially symmetrical forms with respect to the partition wall, characterized in that the sensor case includes an airspace corresponding to the light guiding region and the light shielding region, and the light guiding region, the light shielding region and the partition wall are formed by fitting an infrared absorption molded body to the airspace.
A method of communicating in a wireless communication network, comprising: transmitting, by a central coordinator during a polling period, a first poll request frame addressed to a first device, wherein the first poll request frame includes a first time offset value for the first device to send a first poll response frame; transmitting, by the central coordinator during the polling period, a second poll request frame addressed to a second device, wherein the second poll request frame includes a second time offset value for the second device to send a second poll response frame; receiving, by the central coordinator during the polling period and at a time based on the first time offset value, the first poll response frame from the first device, the first poll response frame including a first time allocation request from the first device; receiving, by the central coordinator during the polling period and at a time based on the second time offset value, the second poll response frame from the second device, the second poll response frame including a second time allocation request from the second device; transmitting, by the central coordinator during a grant period subsequent to the polling period, a first grant frame to the first device granting a first scheduled period for communication by the first device based on the first time allocation request; and transmitting, by the central coordinator during the grant period, a second grant frame to the second device granting a second scheduled period for communication by the second device based on the second time allocation request. transmitting, by a central coordinator during a polling period, a first poll request frame addressed to a first device, wherein the first poll request frame includes a first time offset value for the first device to send a first poll response frame; transmitting, by the central coordinator during the polling period, a second poll request frame addressed to a second device, wherein the second poll request frame includes a second time offset value for the second device to send a second poll response frame; receiving, by the central coordinator during the polling period and at a time based on the first time offset value, the first poll response frame from the first device, the first poll response frame including a first time allocation request from the first device; receiving, by the central coordinator during the polling period and at a time based on the second time offset value, the second poll response frame from the second device, the second poll response frame including a second time allocation request from the second device; transmitting, by the central coordinator during a grant period subsequent to the polling period, a first grant frame to the first device granting a first scheduled period for communication by the first device based on the first time allocation request; and transmitting, by the central coordinator during the grant period, a second grant frame to the second device granting a second scheduled period for communication by the second device based on the second time allocation request.
A method of handing over a mobile station from a source cell to a target cell in a wireless communication network when the identity of the target cell in the wireless communication network is ambiguous, the method being performed by a handover handling node and comprising: receiving (56; 180), from a mobile station, an event, said event comprising a cell identifier associated with a cell defined by a desired target base station and to which the mobile station may need to be handed over, determining (57; 182) that the mobile station needs to be handed over to said target base station, investigating (58; 184) if there are more cells in a neighbourhood sharing the same cell identifier, providing (62; 187), if there are more cells sharing the same cell identifier, an identity ambiguity indicator, said identity ambiguity indicator being provided for triggering the mobile station to autonomously initiate establishment of a connection to the desired target base station during a handover, and sending (72; 188) a handover instruction to the mobile station, said handover instruction comprising the identity ambiguity indicator. receiving (56; 180), from a mobile station, an event, said event comprising a cell identifier associated with a cell defined by a desired target base station and to which the mobile station may need to be handed over, determining (57; 182) that the mobile station needs to be handed over to said target base station, investigating (58; 184) if there are more cells in a neighbourhood sharing the same cell identifier, providing (62; 187), if there are more cells sharing the same cell identifier, an identity ambiguity indicator, said identity ambiguity indicator being provided for triggering the mobile station to autonomously initiate establishment of a connection to the desired target base station during a handover, and sending (72; 188) a handover instruction to the mobile station, said handover instruction comprising the identity ambiguity indicator.
A diagnostic composition for use in the viscoelastic analysis of a test liquid selected from whole blood or blood plasma, comprising: a) at least one activator of coagulation selected from tissue factor; b) a calcium salt, preferably CaCl 2, in an amount sufficient to ensure recalcification of the test liquid; and, c) one or more inhibitors of heparin, platelets or fibrinolysis; characterized in that the constituents are present in an essentially dry form and in an amount sufficient for performing one single viscoelastic analysis of a specified test liquid, and wherein the constituents are not present in a substance mixture, but in spatially separated form, wherein the constituents are each incorporated in spatially separated pellets. a) at least one activator of coagulation selected from tissue factor; b) a calcium salt, preferably CaCl 2, in an amount sufficient to ensure recalcification of the test liquid; and, c) one or more inhibitors of heparin, platelets or fibrinolysis;