mhurhangee/ep-ind-claims huggingface dataset:
Control device for heating, ventilation and air-conditioning machine, said heating, ventilation and air-conditioning machine comprising a monitoring-control unit having a first input (in_Tcons) receiving a setpoint temperature value, a second input (in1, in2) receiving an input signal and at least one output (out), applied to which is a control signal determined by the monitoring-control unit according to the input signal and the setpoint temperature value, the control device including: - at least one input (in_T1, in_T2) intended to be connected to a temperature sensor (T1, T2) in order to receive, from the temperature sensor, at least one measured temperature value and an output intended to be connected to the second input (in1, in2) of the monitoring-control unit, said device being arranged to determine an imaginary temperature value (T1_sim, T2_sim) to be applied to the second input (in1, in2) of the monitoring-control unit according to the temperatures value measured by the temperature sensor (T1, T2) so that the monitoring-control unit of the machine generates a control signal forcing a particular operating mode of the machine to be triggered, characterized in that the control device includes: - a self-learning module arranged to determine the imaginary temperatures (T1_sim, T2_sim) to be applied and a module for correcting the temperatures comprising variable resistors (Rs, Rp), the values of which are adjusted according to the imaginary temperature (T1_sim, T2_sim) to be applied. - at least one input (in_T1, in_T2) intended to be connected to a temperature sensor (T1, T2) in order to receive, from the temperature sensor, at least one measured temperature value and an output intended to be connected to the second input (in1, in2) of the monitoring-control unit, said device being arranged to determine an imaginary temperature value (T1_sim, T2_sim) to be applied to the second input (in1, in2) of the monitoring-control unit according to the temperatures value measured by the temperature sensor (T1, T2) so that the monitoring-control unit of the machine generates a control signal forcing a particular operating mode of the machine to be triggered, - a self-learning module arranged to determine the imaginary temperatures (T1_sim, T2_sim) to be applied and a module for correcting the temperatures comprising variable resistors (Rs, Rp), the values of which are adjusted according to the imaginary temperature (T1_sim, T2_sim) to be applied.
A process for producing HFC-227ea, comprising: a.) reacting HFP and HF in the vapor phase in a reaction zone in the presence of HFC-227ea and a fluorination catalyst to form a reaction mixture, b.) feeding said reaction mixture to a distillation column to form a distillation column overhead stream comprising HF and HFC-227ea, and a distillation column bottom stream comprising HFC-227ea substantially free of HF, c.) recycling at least a portion of said distillation column overhead stream to said reaction zone, and d.) recovering said distillation column bottom stream comprising HFC-227ea substantially free of HF, where HFC-227ea is 1,1,1,2,3,3,3-heptafluoropropane. a.) reacting HFP and HF in the vapor phase in a reaction zone in the presence of HFC-227ea and a fluorination catalyst to form a reaction mixture, b.) feeding said reaction mixture to a distillation column to form a distillation column overhead stream comprising HF and HFC-227ea, and a distillation column bottom stream comprising HFC-227ea substantially free of HF, c.) recycling at least a portion of said distillation column overhead stream to said reaction zone, and d.) recovering said distillation column bottom stream comprising HFC-227ea substantially free of HF, where HFC-227ea is 1,1,1,2,3,3,3-heptafluoropropane.
A wireless communication method, comprising: determining, by a terminal device, port configuration information, to be reported to a network device, of a phase tracking reference signal; and sending, by the terminal device, the port configuration information of the phase tracking reference signal to the network device, wherein the port configuration information of the phase tracking reference signal comprises a quantity of phase tracking reference signal ports determined based on information about sharing a local oscillator by a plurality of transceiver units of the terminal device, wherein if a quantity of local oscillator units of the plurality of transceiver units is one, the quantity of phase tracking reference signal ports is one. determining, by a terminal device, port configuration information, to be reported to a network device, of a phase tracking reference signal; and sending, by the terminal device, the port configuration information of the phase tracking reference signal to the network device, wherein the port configuration information of the phase tracking reference signal comprises a quantity of phase tracking reference signal ports determined based on information about sharing a local oscillator by a plurality of transceiver units of the terminal device, wherein if a quantity of local oscillator units of the plurality of transceiver units is one, the quantity of phase tracking reference signal ports is one.
A pharmaceutical or nutraceutical composition, comprising a Hafnia alvei strain probiotic composition; said strain expressing the ClpB protein; in association with zinc bisglycinate and/or chrome picolinate.
A sheet processing device comprising a moveable beam being moveable in the vertical direction, a gripper bar for gripping a sheet to be transferred through the sheet processing device along a sheet feed direction which is perpendicular to the vertical direction, and a gripper bar locking device for locking the gripper bar in a precise position along the sheet feed direction, wherein the gripper bar locking device has a locking lever being pivotable about a pivot axis between a rest position and a locking position, characterized in that the locking lever is pivotally mounted to a carriage, which is mounted on a linear guide and is coupled vertically to the moveable beam. a moveable beam being moveable in the vertical direction, a gripper bar for gripping a sheet to be transferred through the sheet processing device along a sheet feed direction which is perpendicular to the vertical direction, and a gripper bar locking device for locking the gripper bar in a precise position along the sheet feed direction, wherein the gripper bar locking device has a locking lever being pivotable about a pivot axis between a rest position and a locking position, characterized in that the locking lever is pivotally mounted to a carriage, which is mounted on a linear guide and is coupled vertically to the moveable beam.
A household appliance comprising a body, a door, a tub wherein the washing process is performed, two front feet, a metal frame connected to the tub and supporting the tub at a certain height from the floor, formed of vertical arms extending from left and right of the tub to the floor and horizontal arms connecting the vertical arms and a foot support produced from plastic, mounted to the frame, extending from one side to the other as a single block below the door, whereon the front feet are mounted, characterized by - at least one fastening tab, extending from the foot support towards the frame and bearing against it, - at least one hole located on the fastening tab, - at least one aperture disposed on the frame that overlaps with the hole when the foot support is joined with the frame and - a locking member having at least one leg that fastens the fastening tab to the frame by being inserted through the aperture and the hole. - at least one fastening tab, extending from the foot support towards the frame and bearing against it, - at least one hole located on the fastening tab, - at least one aperture disposed on the frame that overlaps with the hole when the foot support is joined with the frame and - a locking member having at least one leg that fastens the fastening tab to the frame by being inserted through the aperture and the hole.
A method, comprising a terminal: establishing a persistent transmission control protocol connection with a hypertext transfer protocol, HTTP, server, after exiting a multimedia broadcast/multicast service area; sending a first HTTP GET request to the hypertext transfer protocol server, for initiating unicast delivery of a file delivery over unidirectional transport session; receiving a response message from the hypertext transfer protocol server indicating that the hypertext transfer protocol server is willing to provide service; characterised by receiving from the hypertext transfer protocol server a new file delivery table instance in a HTTP chunked mode chunk of data, upon the new file delivery table instance becoming available. establishing a persistent transmission control protocol connection with a hypertext transfer protocol, HTTP, server, after exiting a multimedia broadcast/multicast service area; sending a first HTTP GET request to the hypertext transfer protocol server, for initiating unicast delivery of a file delivery over unidirectional transport session; receiving a response message from the hypertext transfer protocol server indicating that the hypertext transfer protocol server is willing to provide service; characterised by receiving from the hypertext transfer protocol server a new file delivery table instance in a HTTP chunked mode chunk of data, upon the new file delivery table instance becoming available.
A method of a source secondary base station, the method comprising: establishing a radio link with a UE as a source secondary base station for dual connectivity, wherein the radio link comprises a split signaling radio bearer, split SRB; determining at least one of a cell change or a change of sequence number, SN, at the source secondary base station; transmitting a handover request message to a target secondary base station in response to the determination; receiving a handover request acknowledge message from the target secondary base station; refraining from providing user data to the UE in response to the handover request acknowledge message and providing said user data to the target secondary base station in response to said handover request acknowledge message; and transmitting a radio resource control, RRC connection reconfiguration based on the handover request acknowledge message via the split SRB directly to the UE. establishing a radio link with a UE as a source secondary base station for dual connectivity, wherein the radio link comprises a split signaling radio bearer, split SRB; determining at least one of a cell change or a change of sequence number, SN, at the source secondary base station; transmitting a handover request message to a target secondary base station in response to the determination; receiving a handover request acknowledge message from the target secondary base station; refraining from providing user data to the UE in response to the handover request acknowledge message and providing said user data to the target secondary base station in response to said handover request acknowledge message; and transmitting a radio resource control, RRC connection reconfiguration based on the handover request acknowledge message via the split SRB directly to the UE. transmitting a handover request message to a target secondary base station in response to the determination; receiving a handover request acknowledge message from the target secondary base station; refraining from providing user data to the UE in response to the handover request acknowledge message and providing said user data to the target secondary base station in response to said handover request acknowledge message; and transmitting a radio resource control, RRC connection reconfiguration based on the handover request acknowledge message via the split SRB directly to the UE.
A folding frame for a vehicle with at least two wheel axles (131,132), extending along a set of three mutually orthogonal directions, respectively longitudinal (X-X) for length, vertical (Z-Z) for height, and transverse (Y-Y) for width, said wheel axles being parallel to the transverse direction (Y-Y); said frame having an "inverted V" shape on a longitudinal-vertical plane (X-Z) defined by the longitudinal direction (X-X) of the length and by the vertical direction (Z-Z) of the height of the frame, and comprising a first rear arm and a second front arm merged in an upper intersection portion, the ends (11a, 12a) of the arms (11,12), facing the upper intersection portion, being arranged, in use, at a level lower than the one of the intersection portion in the vertical direction (Z-Z), being the end of the second arm coupled to a front steering tube with an axis tilted with respect to said second arm so as to define an angle with it on the longitudinal-vertical plane (X-Z); wherein a first transverse axis joint is placed at the intersection portion of the two arms (11,12) and wherein the first or the second arm has an extension beyond the intersection portion defined by a section of the arm whose free end is coupled to a saddle of the vehicle, and wherein the first arm is intended to support and discharge to the ground at least part of a vertical load weighing on the saddle. wherein a first transverse axis joint is placed at the intersection portion of the two arms (11,12) and wherein the first or the second arm has an extension beyond the intersection portion defined by a section of the arm whose free end is coupled to a saddle of the vehicle, and wherein the first arm is intended to support and discharge to the ground at least part of a vertical load weighing on the saddle.
A method for the solid-phase synthesis of a polypeptide comprising a predetermined amino acid sequence, the method comprising coupling cycles of amino acid building blocks to an amino acid chain, wherein said amino acid building blocks comprise an unprotected C-terminal carboxyl group and a protected N-terminal amino group, and wherein said amino acid chain comprises an unprotected N-terminal amino group, wherein at least one coupling cycle comprises the steps: (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine. wherein said amino acid building blocks comprise an unprotected C-terminal carboxyl group and a protected N-terminal amino group, and wherein said amino acid chain comprises an unprotected N-terminal amino group, wherein at least one coupling cycle comprises the steps: (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine. (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine.
Use of a polymer composition, comprising 82 parts by weight to 99 parts by weight, with respect to the total weight of components and, of an un-crosslinked polymer; 1 part by weight to 18 parts by weight of crosslinked polymer particles, with respect to the total weight of components and, with an average particle diameter of 10 μm to 50 μm; and, if applicable, common additives for producing a device installation channel. 82 parts by weight to 99 parts by weight, with respect to the total weight of components and, of an un-crosslinked polymer; 1 part by weight to 18 parts by weight of crosslinked polymer particles, with respect to the total weight of components and, with an average particle diameter of 10 μm to 50 μm; and, if applicable, common additives
A crushed ballast for rail infrastructures consisting of aggregates with a particle size distribution selected from between 25 mm and 100 mm, individually coated with a first solidified polymer layer, wherein said first polymer layer integrates a granular elastomer material; characterized in that a second solidified polymer layer is arranged individually coating each aggregate and the corresponding first polymer layer integrating the mentioned granular elastomer material.
Bidet arrangement, comprising a mounting frame which has two supports which are arranged spaced apart from one another, has an upper crossmember which connects the two supports, and has a lower crossmember which connects the two supports and which, in the installation position, is situated below the upper crossmember, a bidet which is fixed with respect to the upper crossmember and which, by way of a bearing surface arranged on the rear side, is supported against the lower crossmember, and a siphon which has a siphon inlet which is fastened with respect to a drain opening of the bidet, and has a siphon outlet; and a drain pipe which adjoins the siphon outlet, wherein the drain pipe has a first pipe section which adjoins the siphon outlet, and has a second pipe section, and also has a diversion section which is situated between the two pipe sections (13, 14), wherein, as a result of the diversion section, the second pipe section is situated lower than the first pipe section, and in this way an installation space is created above the second pipe section for the lower crossmember such that the lower crossmember can be positioned at a relatively large distance from the upper crossmember. a mounting frame which has two supports which are arranged spaced apart from one another, has an upper crossmember which connects the two supports, and has a lower crossmember which connects the two supports and which, in the installation position, is situated below the upper crossmember, a bidet which is fixed with respect to the upper crossmember and which, by way of a bearing surface arranged on the rear side, is supported against the lower crossmember, and a siphon which has a siphon inlet which is fastened with respect to a drain opening of the bidet, and has a siphon outlet; and a drain pipe which adjoins the siphon outlet, wherein the drain pipe has a first pipe section which adjoins the siphon outlet, and has a second pipe section, and also has a diversion section which is situated between the two pipe sections (13, 14), wherein, as a result of the diversion section, the second pipe section is situated lower than the first pipe section, and in this way an installation space is created above the second pipe section for the lower crossmember such that the lower crossmember can be positioned at a relatively large distance from the upper crossmember.
A method operational at a session key management entity, SKME,, the method comprising: performing authentication and key agreement with a device; obtaining, at the SKME, authentication information associated with the device, the authentication information including at least an authentication session key; generating, at the SKME, a mobility session key based in part on the authentication session key and a mobility management entity, MME, identification value that identifies an MME serving the device; and transmitting the mobility session key to the MME serving the device. performing authentication and key agreement with a device; obtaining, at the SKME, authentication information associated with the device, the authentication information including at least an authentication session key; generating, at the SKME, a mobility session key based in part on the authentication session key and a mobility management entity, MME, identification value that identifies an MME serving the device; and transmitting the mobility session key to the MME serving the device.
A knee protecting airbag device (M1, M2) comprising an airbag (26, 26A) housed in a housing, the airbag (26, 26A) being expandable and inflatable for protecting knees of a driver when fed with inflation gas, and an inflator for feeding an inflation gas to the airbag (26, 26A), wherein: the airbag (26, 26A) includes a knee-side wall deployable toward the knees of the driver and a vehicle body side wall opposing the knee-side wall; the airbag (26, 26A) includes a first tether and second tether that respectively connect the vehicle body side wall and the knee-side wall together for keeping the thickness (t) of the airbag (26, 26A) substantially constant upon expansion and inflation; the first tether divides an inner space of the airbag (26, 26A) into an upstream side portion closer to the inflator and a downstream side portion closer to a rear end of the airbag (26, 26A); the first tether and the second tether are arranged away from each other in a longitudinal direction of the airbag (26, 26A) such that the second tether is disposed between the first tether and the rear end of the airbag (26, 26A) in a longitudinal direction of the airbag (26, 26A); a longitudinal length between the tethers (29, 29D) of the vehicle body side wall is set shorter than the corresponding longitudinal length of the knee-side wall. the airbag (26, 26A) includes a knee-side wall deployable toward the knees of the driver and a vehicle body side wall opposing the knee-side wall; the airbag (26, 26A) includes a first tether and second tether that respectively connect the vehicle body side wall and the knee-side wall together for keeping the thickness (t) of the airbag (26, 26A) substantially constant upon expansion and inflation; the first tether divides an inner space of the airbag (26, 26A) into an upstream side portion closer to the inflator and a downstream side portion closer to a rear end of the airbag (26, 26A); the first tether and the second tether are arranged away from each other in a longitudinal direction of the airbag (26, 26A) such that the second tether is disposed between the first tether and the rear end of the airbag (26, 26A) in a longitudinal direction of the airbag (26, 26A); a longitudinal length between the tethers (29, 29D) of the vehicle body side wall is set shorter than the corresponding longitudinal length of the knee-side wall.