mhurhangee/ep-ind-claims huggingface dataset:
An integrated tourniquet system with leakage testing, comprising: an inflatable tourniquet cuff and a tourniquet pressure regulator releasably connected using a connector (12, 14) and tubing (10, 16), thereby establishing a gas passageway between the cuff and the regulator; pressure sensing means for producing an indication of a level of pressure in the cuff and passageway; wherein the tourniquet pressure regulator regulates the level of pressure in the cuff and passageway near a reference pressure level; test means (34, 18) responsive to a request to initiate a leakage test by disabling the pressure regulator for a test period sufficient to estimate a magnitude of leakage from the cuff and passageway, and enabling the operation of the pressure regulator at the end of the test period, the test means also being responsive to the indication of the level of pressure in the cuff and passageway by inhibiting the performance of the leakage test if the level of pressure is substantially different from zero relative to ambient pressure at the time of the request. an inflatable tourniquet cuff and a tourniquet pressure regulator releasably connected using a connector (12, 14) and tubing (10, 16), thereby establishing a gas passageway between the cuff and the regulator; pressure sensing means for producing an indication of a level of pressure in the cuff and passageway; wherein the tourniquet pressure regulator regulates the level of pressure in the cuff and passageway near a reference pressure level; test means (34, 18) responsive to a request to initiate a leakage test by disabling the pressure regulator for a test period sufficient to estimate a magnitude of leakage from the cuff and passageway, and enabling the operation of the pressure regulator at the end of the test period, the test means also being responsive to the indication of the level of pressure in the cuff and passageway by inhibiting the performance of the leakage test if the level of pressure is substantially different from zero relative to ambient pressure at the time of the request.
A method for controlling effective time of a terminal trigger message, comprising: receiving, by a mobility management unit, a terminal trigger message from a Machine Type Communication, MTC application server; in a scenario of congestion control, determining, by the mobility management unit, that a time value of a back-off timer is longer than an effective time value of the terminal trigger message; and reconfiguring the effective time value for the terminal trigger message, wherein: when the mobility management unit rejects an NAS request message initiated by a terminal which is under the congestion control, the back-off timer is carried in a rejection message such that the terminal cannot initiate any request until the back-off timer expires, a network removes the terminal trigger message after the effective time value of the terminal trigger message expires, and the step of reconfiguring, by the mobility management unit, of the effective time value for the terminal trigger message comprises: reconfiguring the effective time value for the terminal trigger message such that the reconfigured effective time value of the trigger message is not less than the time value of the back-off timer. receiving, by a mobility management unit, a terminal trigger message from a Machine Type Communication, MTC application server; in a scenario of congestion control, determining, by the mobility management unit, that a time value of a back-off timer is longer than an effective time value of the terminal trigger message; and reconfiguring the effective time value for the terminal trigger message, when the mobility management unit rejects an NAS request message initiated by a terminal which is under the congestion control, the back-off timer is carried in a rejection message such that the terminal cannot initiate any request until the back-off timer expires, a network removes the terminal trigger message after the effective time value of the terminal trigger message expires, and the step of reconfiguring, by the mobility management unit, of the effective time value for the terminal trigger message comprises: reconfiguring the effective time value for the terminal trigger message such that the reconfigured effective time value of the trigger message is not less than the time value of the back-off timer.
A method for making patterns comprising sides inclined from a face of a substrate, comprising: forming a protective mask covering at least two masked areas of the face of the substrate and defining at least one intermediate space; etching with a plasma forming, on at least one intermediate space, at least one side inclined from each masked area, the etching comprising the formation of a passivation layer, which comprises a chemical species of the substrate and is continuous on the inclined sides producing a self-limitation of the etching when the inclined sides meet, and wherein the etching is carried out in a chamber and comprises an introduction into the chamber of an additional gas to the plasma, said additional gas comprising molecules of a chemical species participating in the formation of the passivation layer, the amount of additional gas in the chamber being controlled so that the chamber contains throughout the etching a sufficient amount of molecules of the species to continuously form the passivation layer, and wherein the etching is configured to generate molecules of the chemical species of the additional gas during the etching of the substrate. forming a protective mask covering at least two masked areas of the face of the substrate and defining at least one intermediate space; etching with a plasma forming, on at least one intermediate space, at least one side inclined from each masked area, the etching comprising the formation of a passivation layer, which comprises a chemical species of the substrate and is continuous on the inclined sides producing a self-limitation of the etching when the inclined sides meet, and wherein the etching is carried out in a chamber and comprises an introduction into the chamber of an additional gas to the plasma, said additional gas comprising molecules of a chemical species participating in the formation of the passivation layer, the amount of additional gas in the chamber being controlled so that the chamber contains throughout the etching a sufficient amount of molecules of the species to continuously form the passivation layer, and wherein the etching is configured to generate molecules of the chemical species of the additional gas during the etching of the substrate.
A level shift circuit for an IO interface, comprising: an intermediate level generation sub-circuit and a level shift sub-circuit, wherein the intermediate level generation sub-circuit is arranged to provide an intermediate level (Vdd_io) of the IO interface; and the level shift sub-circuit is arranged to convert an external logic signal into a signal of an internal power domain of a chip according to the intermediate level (Vdd_io) of the IO interface; characterized in that the intermediate level generation sub-circuit comprises: a current mirror unit and an intermediate level generation unit, wherein the current mirror unit is arranged to provide a bias current for the intermediate level generation unit according to a sink current; and the intermediate level generation unit is arranged to provide, under the effect of the bias current, the intermediate level (Vdd_io) of the IO interface.
Device for packaging a composition of the floral type characterised in that it comprises a folding sheet forming a container interiorly integral with a second flexible sealed sheet of lesser thickness and with a greater surface area than the folding sheet for optimally maintaining a floral composition, said folding sheet defining by folding a polygon base structure with foldable lateral peripheral walls, with each upper portion of the walls of said foldable sheet comprising means of retaining and and of guiding and a tie for tightening, said foldable lateral peripheral walls enclosing, during the tightening of the tie, the floral composition with widening of the second flexible sealed sheet giving the shape and the volume of the container with mouth in the upper portion of the folded folding sheet.
A method for information transmission, comprising receiving, by the terminal device, first downlink control information, DCI, from a network device after the terminal device has sent a first preamble and a first uplink data channel to the network device; and characterized in that determining, by the terminal device, the following based on a radio network temporary identity, RNTI, used for scrambling the first DCI: a type of a random access channel, RACH, process, including a 2-step RACH process and a 4-step RACH process; a content of the first DCI; a transmission mechanism for first data scheduled by the first DCI; and information carried in the first data scheduled by the first DCI. receiving, by the terminal device, first downlink control information, DCI, from a network device after the terminal device has sent a first preamble and a first uplink data channel to the network device; and characterized in that determining, by the terminal device, the following based on a radio network temporary identity, RNTI, used for scrambling the first DCI: a type of a random access channel, RACH, process, including a 2-step RACH process and a 4-step RACH process; a content of the first DCI; a transmission mechanism for first data scheduled by the first DCI; and information carried in the first data scheduled by the first DCI.
An arrangement for handling a load for isostatic pressure treatment in a high-pressure arrangement, comprising a horizontal partition plane comprising at least one opening and being arranged at least partially above the high-pressure arrangement, the partition plane defining a working space outside the high-pressure arrangement and at least partially separating the working space from the high-pressure arrangement, wherein the working space is provided above the partition plane and wherein the partition plane is arranged to shield the working space from the high-pressure arrangement in the event of a gas leakage of the high-pressure arrangement, characterized in that the arrangement further comprises a transportation unit comprising a lifting arrangement provided in the working space, wherein the lifting arrangement comprises a lifting means for lifting the load and at least one track in the working space for transporting the lifting means, wherein the lifting arrangement is configured to transport the load in the working space on the at least one track and to transport the load through the at least one opening of the partition plane, and at least one track under the partition plane for transporting the load into a treatment position, wherein the at least one track in the working space is aligned with the at least one track under the partition plane, and wherein the transportation unit is configured to transport the load in a vertical plane from the working space into a treatment position before pressure treatment of the load, and from the treatment position to the working space after pressure treatment of the load. a horizontal partition plane comprising at least one opening and being arranged at least partially above the high-pressure arrangement, the partition plane defining a working space outside the high-pressure arrangement and at least partially separating the working space from the high-pressure arrangement, wherein the working space is provided above the partition plane and wherein the partition plane is arranged to shield the working space from the high-pressure arrangement in the event of a gas leakage of the high-pressure arrangement, characterized in that the arrangement further comprises a transportation unit comprising a lifting arrangement provided in the working space, wherein the lifting arrangement comprises a lifting means for lifting the load and at least one track in the working space for transporting the lifting means, wherein the lifting arrangement is configured to transport the load in the working space on the at least one track and to transport the load through the at least one opening of the partition plane, and at least one track under the partition plane for transporting the load into a treatment position, wherein the at least one track in the working space is aligned with the at least one track under the partition plane, and wherein the transportation unit is configured to transport the load in a vertical plane from the working space into a treatment position before pressure treatment of the load, and from the treatment position to the working space after pressure treatment of the load.
A process for the production of ammonia and urea in an ammonia-urea integrated plant comprising: reforming a hydrocarbon source obtaining a make-up gas containing hydrogen and nitrogen, wherein said make-up gas after purification is converted into ammonia, at least part of the synthesized ammonia provides the ammonia feed of a urea synthesis process, said urea synthesis process also receiving a carbon dioxide feed, the urea synthesis process comprising the reaction of ammonia and carbon dioxide in a urea synthesis section to form a urea aqueous solution, and subsequent treatment of said solution in a urea recovery section, wherein the purification of the make-up gas comprises removal of CO2 by means of a first step of CO2 removal in a first CO2 removal unit and a second step of CO2 removal in a second CO2 removal unit, which are carried out in series or in parallel, said first and second CO2 removal units not being part of said urea synthesis section, one of said first and second CO2 removal steps comprises washing CO2-containing make-up gas with a carbamate solution taken from said urea recovery section, and said carbon dioxide feed of the urea synthesis process comprises at least part of the carbon dioxide separated from said CO2 removal steps. reforming a hydrocarbon source obtaining a make-up gas containing hydrogen and nitrogen, wherein said make-up gas after purification is converted into ammonia, at least part of the synthesized ammonia provides the ammonia feed of a urea synthesis process, said urea synthesis process also receiving a carbon dioxide feed, the urea synthesis process comprising the reaction of ammonia and carbon dioxide in a urea synthesis section to form a urea aqueous solution, and subsequent treatment of said solution in a urea recovery section, wherein the purification of the make-up gas comprises removal of CO2 by means of a first step of CO2 removal in a first CO2 removal unit and a second step of CO2 removal in a second CO2 removal unit, which are carried out in series or in parallel, said first and second CO2 removal units not being part of said urea synthesis section, one of said first and second CO2 removal steps comprises washing CO2-containing make-up gas with a carbamate solution taken from said urea recovery section, and said carbon dioxide feed of the urea synthesis process comprises at least part of the carbon dioxide separated from said CO2 removal steps.
A method of manufacturing a radio frequency identification, RFID, tag on a target surface of a non-planar object, the method comprising: scanning a target surface of the non-planar object using a camera system to determine the three dimensional position and shape of the non-planar object; selecting a design for an antenna suitable for the target surface; selecting a design of a reactive RFID strap based on one or more of the target surface and the selected antenna; positioning an antenna on the target surface of the non-planar object; positioning a reactive RFID strap on the target surface, so that, when in use, the reactive RFID strap couples to the antenna to induce an antenna response. scanning a target surface of the non-planar object using a camera system to determine the three dimensional position and shape of the non-planar object; selecting a design for an antenna suitable for the target surface; selecting a design of a reactive RFID strap based on one or more of the target surface and the selected antenna; positioning an antenna on the target surface of the non-planar object; positioning a reactive RFID strap on the target surface, so that, when in use, the reactive RFID strap couples to the antenna to induce an antenna response.
A method, by a user equipment, for receiving communications in contention-based radio access technologies, RATs, for which nodes perform a clear channel assessment, CCA, to determine whether a channel is available before transmitting, the method comprising: activating communication resources for monitoring one or more channels related to a contention-based RAT in accordance with a discontinuous receive, DRX, cycle; initializing a downlink channel usage beacon signal, D-CUBS, detection timer; monitoring, for a duration of the D-CUBS detection timer, a broadcast channel of the one or more channels related to the contention-based RAT in one or more time periods following activating the communication resources to determine whether first communications, including a D-CUBS, are received from an access network node; and when it is determined that the first communications are received from the access network node over the broadcast channel during the duration of the D-CUBS detection timer: initializing an on-duration timer during which the communication resources remain active to receive second communications in the contention-based RAT; and deactivating the communication resources following expiration of the on-duration timer. activating communication resources for monitoring one or more channels related to a contention-based RAT in accordance with a discontinuous receive, DRX, cycle; initializing a downlink channel usage beacon signal, D-CUBS, detection timer; monitoring, for a duration of the D-CUBS detection timer, a broadcast channel of the one or more channels related to the contention-based RAT in one or more time periods following activating the communication resources to determine whether first communications, including a D-CUBS, are received from an access network node; and when it is determined that the first communications are received from the access network node over the broadcast channel during the duration of the D-CUBS detection timer: initializing an on-duration timer during which the communication resources remain active to receive second communications in the contention-based RAT; and deactivating the communication resources following expiration of the on-duration timer. initializing an on-duration timer during which the communication resources remain active to receive second communications in the contention-based RAT; and deactivating the communication resources following expiration of the on-duration timer.
A mold for forming a package for an integrated circuit sensor device, comprising a bottom part for supporting an integrated circuit die; a top part that is operable to be placed on top of said bottom part to form a cavity into which a plastic material can be injected to form the package, wherein the top part of the mold comprises a spring housing of a spring-loaded pin arrangement further comprising a cylindrical cover made from high temperature plastic material and having a recess configured to cover a sensor area on the integrated circuit die and wherein the top part further provides for an injection opening to allow injection of the plastic material, a pin extending from the cylindrical cover and guided within the spring housing wherein the pin can be vertically moved against a spring force, wherein the top part further comprises a recess extending from the opening towards said cavity and configured to receive the cylindrical cover when the top part (110 is placed on said bottom part, wherein the pin can extend 4 to 5 mm from the spring housing and wherein the spring provides for a spring force of 80-120g.
Arrangement comprising a support wall of a vehicle, a fastening device and a part in the form of an airbag or an airbag module fastened at or in the vehicle by means of the fastening device, wherein the fastening device is inserted into an opening of the support wall for fastening the part to the support wall on the outside, - wherein the fastening device is configured in such a way that it extends through the opening and is locked to the support wall and prevents the fastening device from being pulled out of the opening and - wherein the fastening element in the locked state bears against both sides and of the support wall, namely, by a stop element against the support wall on the outside - and thus on the side of the support wall facing the part - and by a snap element on the other side of the support wall, facing away from the part, wherein - a release element (250, 260) stands in connection with the snap element, being accessible from the outside and enabling a releasing of the snap element and a pulling of the fastening device out from the opening, wherein - the snap element has a base plate with two parallel or at least nearly parallel side edges (100, 110), and on each of these two side edges (11, 110) there is arranged a locking plate (120, 130) by which the fastening device is locked against the support wall, - wherein two release elements (250, 260) are provided, one of which interacts with the one locking plate and the other with the other locking plate). - wherein the fastening device is configured in such a way that it extends through the opening and is locked to the support wall and prevents the fastening device from being pulled out of the opening and - wherein the fastening element in the locked state bears against both sides and of the support wall, namely, by a stop element against the support wall on the outside - and thus on the side of the support wall facing the part - and by a snap element on the other side of the support wall, facing away from the part, wherein - a release element (250, 260) stands in connection with the snap element, being accessible from the outside and enabling a releasing of the snap element and a pulling of the fastening device out from the opening, wherein - the snap element has a base plate with two parallel or at least nearly parallel side edges (100, 110), and on each of these two side edges (11, 110) there is arranged a locking plate (120, 130) by which the fastening device is locked against the support wall, - wherein two release elements (250, 260) are provided, one of which interacts with the one locking plate and the other with the other locking plate).
A press-stud, comprising a female element having a seat for accommodating a resiliently deformable anchoring member which is to anchor a male element in a closed configuration of the stud, wherein the anchoring member is a ring having a flattened cross-section (22, 72) with an inner edge (24, 74) on which are defined substantially freely bending arcuate lips which project in a cantilevered manner from a support wall (18, 68) of the female element (10, 60) by not more than one third of the width of the flattened cross-section of the anchoring ring (22, 72), the overall circumference of the inner edge of the resilient member being configured as a series of arcuate elongate lips, characterized in that the lips are defined by notches (28, 78) having a width much smaller than the length of the circumference of the inner edge (24, 74) of the flattened ring.
An oligonucleotide which targets an Insulin Receptor Substrate 2 natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of Insulin Receptor Substrate 2, and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO:3, or a variant thereof which retains the function of the natural antisense transcript of SEQ ID NO: 3.