mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in a method of treating Crohn's disease and ulcerative colitis or for use in a method of treating diarrhea and constipation, wherein the composition is administered orally, wherein the composition comprises live bacteria, and wherein the live bacteria belong to a strain selected from the group consisting of Lactobacillus paracasei LMG P-21380, Lactobacillus plantarum LMG P-21021, Bifidobacterium lactis LMG P-21384, and Bifidobacterium breve DSM 16604, as inducer of Interleukin-10.
An end piece for a wiper blade, extending longitudinally between a bottom wall and an inlet for inserting a structural element of the wiper blade into the end piece, said end piece including at least one first housing configured to receive a wiper rubber, a second housing adapted to receive the structural element, and a third housing into which a means for attaching the end piece to the structural element extends, the first housing and the second housing being arranged one above the other in a longitudinal plane of the end piece, the attaching means including a lug which is flexible around a vertical axis (Z') parallel to the longitudinal plane, characterized in that the flexible lug has an "L" shape, at least one branch (30, 31) of which extends toward an edge delimiting the third housing.
A cell culture system for fermentation or cultivation of at least one of cells, tissues or tissue-like cell cultures, organs or organ-like cell cultures and multicellular organisms, comprising: a) a system vessel in which at least one cavity is formed, the cavity having at least three ports (2, 3, 4); b) at least one porous substrate installed within the cavity so as to allow fluid flowing from any one to any other of said three ports (2, 3, 4) to pass through said porous substrate; and, c) at least one channel formed as a recess in said porous substrate, the recess extending from a first one of said ports towards an inner region of said porous substrate. a) a system vessel in which at least one cavity is formed, the cavity having at least three ports (2, 3, 4); b) at least one porous substrate installed within the cavity so as to allow fluid flowing from any one to any other of said three ports (2, 3, 4) to pass through said porous substrate; and, c) at least one channel formed as a recess in said porous substrate, the recess extending from a first one of said ports towards an inner region of said porous substrate.
A hydraulic circuit having at least one hydraulic power machine (2, 4) connected to a low pressure circuit and to a high pressure circuit transmitting this power, the machine being equipped with a drain which permits a flow of internal leaks in its casing towards a low pressure accumulator or a reservoir at atmospheric pressure, said hydraulic circuit comprising an inlet pipe connecting the low pressure circuit to the casing of the machine, and an outlet pipe forming the drain receiving the flow from the inlet pipe so as to direct it to the reservoir (8, 50), including a heat exchanger and a filter forming the treatment elements of the fluid for the entirety of the hydraulic circuit, this circuit comprising in addition a flow control means (40, 54, 70) in the inlet and outlet pipes, the low pressure circuit comprising a low pressure accumulator, said hydraulic circuit being characterized in that the flow control means includes a motorized pump disposed on the outlet pipe, which discharges in this accumulator.
A method of determining the pulse rate of a living subject from a pulse oximetry input signal, the method comprising the steps of: comparing the input signal at each of a plurality of different time shifts to each member of a set of functions, (i) wherein the set includes functions with a plurality of different frequencies between 30 to 240 cycles per minute; (ii) wherein the set contains a first subset including functions in which the rise time is shorter than the fall time and a second subset including functions in which (a) the rise time is about the same as the fall time OR (b) the rise time is longer than the fall time, (iii) wherein the shape of all the functions in the first subset is similar, and (iv) wherein the shape of all the functions in the second subset is similar; selecting, based on results obtained in the comparing step, a function from the set that best matches the input signal; and using the frequency of the selected function as an estimate of the pulse rate of the subject. comparing the input signal at each of a plurality of different time shifts to each member of a set of functions, (i) wherein the set includes functions with a plurality of different frequencies between 30 to 240 cycles per minute; (ii) wherein the set contains a first subset including functions in which the rise time is shorter than the fall time and a second subset including functions in which (a) the rise time is about the same as the fall time OR (b) the rise time is longer than the fall time, (iii) wherein the shape of all the functions in the first subset is similar, and (iv) wherein the shape of all the functions in the second subset is similar; (i) wherein the set includes functions with a plurality of different frequencies between 30 to 240 cycles per minute; (ii) wherein the set contains a first subset including functions in which the rise time is shorter than the fall time and a second subset including functions in which (a) the rise time is about the same as the fall time OR (b) the rise time is longer than the fall time, (iii) wherein the shape of all the functions in the first subset is similar, and (iv) wherein the shape of all the functions in the second subset is similar; selecting, based on results obtained in the comparing step, a function from the set that best matches the input signal; and using the frequency of the selected function as an estimate of the pulse rate of the subject.
A package element comprising: a housing; and a getter sheet disposed within the housing and having a sheet length and a sheet width, the sheet length being longer than an inner clear width of the housing and with opposing ends of the getter sheet in the direction of the sheet length in contact with opposing ends of the housing in the direction of the inner clear width of the housing such that the getter sheet is bent at least along the sheet length thereby to secure the getter sheet within the housing in a condition of elastic deformation, wherein: - the housing consists of a package comprising a base and a cap and - wherein the at least one portion of the getter sheet is in contact with at least one of the base and the cap, - an electronic device mounted within the housing is provided, and - the getter sheet is arranged to take up a vaulted form within the housing. a housing; and a getter sheet disposed within the housing and having a sheet length and a sheet width, the sheet length being longer than an inner clear width of the housing and with opposing ends of the getter sheet in the direction of the sheet length in contact with opposing ends of the housing in the direction of the inner clear width of the housing such that the getter sheet is bent at least along the sheet length thereby to secure the getter sheet within the housing in a condition of elastic deformation, - the housing consists of a package comprising a base and a cap and - wherein the at least one portion of the getter sheet is in contact with at least one of the base and the cap, - an electronic device mounted within the housing is provided, and - the getter sheet is arranged to take up a vaulted form within the housing.
A junction field effect transistor (JFET) comprising: a first doped region acting as a source region; a second doped region acting as a drain region; a bottom gate; a top gate; and a channel extending between the first and second doped regions along a horizontal direction; wherein the top gate is lightly doped and the first and second doped regions are formed such that they touch the top gate or are spaced apart from the top gate by less than twice the depth of the top gate, and wherein the first and second doped regions extend into the channel beyond the depth of the top gate, and at least a third doped region is formed opposite the second doped region but is separated from the second doped region by the channel along a vertical direction and is doped with the same type of dopant as the second doped region, and wherein the third region has a doping concentration higher than that of the channel region. a first doped region acting as a source region; a second doped region acting as a drain region; a bottom gate; a top gate; and a channel extending between the first and second doped regions along a horizontal direction; wherein the top gate is lightly doped and the first and second doped regions are formed such that they touch the top gate or are spaced apart from the top gate by less than twice the depth of the top gate, and wherein the first and second doped regions extend into the channel beyond the depth of the top gate, and at least a third doped region is formed opposite the second doped region but is separated from the second doped region by the channel along a vertical direction and is doped with the same type of dopant as the second doped region, and wherein the third region has a doping concentration higher than that of the channel region.
A cap for use with an insertion system to aid in the delivery of an IOL, comprising: a body having a distal end and a proximal end; a window; and a port to aid in the invention of a fluid located at the distal end of the cap; wherein the cap is configured and dimensioned to couple with a distal end of an insertion system, characterized in that the window comprises a fill indicator. a body having a distal end and a proximal end; a window; and a port to aid in the invention of a fluid located at the distal end of the cap;
An intraosseous nerve ablation system configured for use in treating pain in a patient, comprising: a nerve ablation device configured externally to the patient in a configuration that is aligned along a direction into the patient; a sleeve configured to facilitate positioning of the nerve ablation device at a position sufficient to cause ablation of an intraosseous nerve that innervates a bone in a patient; wherein the sleeve includes a first end, second end, a length defined between first end and second end and a cavity; wherein the nerve ablation device comprises a first end (21, 61), a second end (22, 62) and a cavity (26, 65), the nerve ablation device being adapted to transmit through the cavity (26, 65) various medications, liquid nitrogen, liquid air, liquid nitrous oxide, or other chemical substances to ablate the intraosseous nerve, wherein the first end and the second end of the nerve ablation device are open, a reservoir, to facilitate transmission of the various medications, liquid nitrogen, liquid air, liquid nitrous oxide, or other chemical substances into the cavity (24,65); and a boring device configured to create a passageway along a direction that penetrates the bone; wherein the sleeve is configured to facilitate alignment of the boring device along the direction during formation of the passageway, and wherein the nerve ablation device is configured to be inserted into the passageway after removal of the boring device from the passageway. a nerve ablation device configured externally to the patient in a configuration that is aligned along a direction into the patient; a sleeve configured to facilitate positioning of the nerve ablation device at a position sufficient to cause ablation of an intraosseous nerve that innervates a bone in a patient; wherein the sleeve includes a first end, second end, a length defined between first end and second end and a cavity; wherein the nerve ablation device comprises a first end (21, 61), a second end (22, 62) and a cavity (26, 65), the nerve ablation device being adapted to transmit through the cavity (26, 65) various medications, liquid nitrogen, liquid air, liquid nitrous oxide, or other chemical substances to ablate the intraosseous nerve, wherein the first end and the second end of the nerve ablation device are open, a reservoir, to facilitate transmission of the various medications, liquid nitrogen, liquid air, liquid nitrous oxide, or other chemical substances into the cavity (24,65); and a boring device configured to create a passageway along a direction that penetrates the bone; wherein the sleeve is configured to facilitate alignment of the boring device along the direction during formation of the passageway, and wherein the nerve ablation device is configured to be inserted into the passageway after removal of the boring device from the passageway.
Method of loading an application into random access memory in an electronic device designed to function in a trusted execution environment, because of the execution of a trusted operating system by a processor of the electronic device, or in a rich execution environment, characterised in that it includes the following steps: - reception by the trusted operating system of information identifying at least one application, the information identifying said application being contained in a description of requirements prepared during functioning in the rich execution environment; - verification by the trusted operating system of the conformance of the identified application to at least one given criterion; - in the event of conformance, loading the identified application into an area of random access memory accessible in read only mode when functioning in the rich execution environment. - reception by the trusted operating system of information identifying at least one application, the information identifying said application being contained in a description of requirements prepared during functioning in the rich execution environment; - verification by the trusted operating system of the conformance of the identified application to at least one given criterion; - in the event of conformance, loading the identified application into an area of random access memory accessible in read only mode when functioning in the rich execution environment.
A shoulder support (30, 40) for a bowed string instrument, having a rest element for resting on the shoulder and/or chest of the player, which rest element extends in a longitudinal direction and the planar main body of which is segmented such that it forms a plurality of elements that vibrate separately from one another, wherein the rest element is provided with a number of opening slots, which run in the longitudinal direction and pass through the full thickness of the rest element, wherein each opening slot has a length of between 10 % and 80 % of the length of the rest element in its longitudinal direction, wherein the opening slots pass through the main body of the rest element perpendicularly or with side walls inclined to the surface normal of the rest element, and wherein the rest element has a width of at least 20 mm and at most 48 mm; characterised in that each opening slot has a width between 0.5 and 3 mm, and the rest element consists of wood, plastic or synthetic material and, if designed in wood, has a thickness of at least 2 mm and at most 7 mm and, if designed in synthetic material or plastic, has a thickness of at least 1.5 mm and at most 4.5 mm.
A protein-RNA complex comprising a) a guide RNA comprising i. a first region complementary to a target site in a chromosomal sequence that can base pair with the target site ii. a second region that forms a stem and loop structure, and iii. a third region which is essentially single stranded, wherein i, ii, and iii are arranged in the 5' to 3' direction, and b) an endonuclease which is a type 2 CRISPR/Cas9 protein comprising at least one nuclear localization signal, and which is modified to lack at least one functional nuclease domain, wherein the complex is formed by the guide RNA interacting with the type 2 CRISPR/Cas9 protein, wherein the guide RNA interacts with the type 2 CRISPR/Cas9 protein to direct the protein to the target site. a) a guide RNA comprising i. a first region complementary to a target site in a chromosomal sequence that can base pair with the target site ii. a second region that forms a stem and loop structure, and iii. a third region which is essentially single stranded, wherein i, ii, and iii are arranged in the 5' to 3' direction, and i. a first region complementary to a target site in a chromosomal sequence that can base pair with the target site ii. a second region that forms a stem and loop structure, and iii. a third region which is essentially single stranded, b) an endonuclease which is a type 2 CRISPR/Cas9 protein comprising at least one nuclear localization signal, and which is modified to lack at least one functional nuclease domain, wherein the complex is formed by the guide RNA interacting with the type 2 CRISPR/Cas9 protein, wherein the guide RNA interacts with the type 2 CRISPR/Cas9 protein to direct the protein to the target site.
A method in a wireless device, the wireless device operating in dual connectivity with a first network node and a second network node, the method comprising: establishing an uplink radio connection from the wireless device to the first network node and to the second network node, the wireless device comprising a first Medium Access Control, MAC, module and a first Radio Link Control, RLC, module for uplink radio communication with the first network node, a second MAC module and a second RLC module for uplink radio communication with the second network node, and a Packet Data Convergence Protocol, PDCP, module for communicating with the first RLC module and the second RLC module; communicating data for uplink transmission from the PDCP module to the first RLC module; and obtaining an indication to switch transmission of uplink data from the first network node to the second network node, the method characterized by further comprising: communicating data pending for uplink transmission in the first RLC module and the first MAC module to the first network node; and communicating data pending for uplink transmission in the PDCP module to the second network node. establishing an uplink radio connection from the wireless device to the first network node and to the second network node, the wireless device comprising a first Medium Access Control, MAC, module and a first Radio Link Control, RLC, module for uplink radio communication with the first network node, a second MAC module and a second RLC module for uplink radio communication with the second network node, and a Packet Data Convergence Protocol, PDCP, module for communicating with the first RLC module and the second RLC module; communicating data for uplink transmission from the PDCP module to the first RLC module; and obtaining an indication to switch transmission of uplink data from the first network node to the second network node, the method characterized by further comprising: communicating data pending for uplink transmission in the first RLC module and the first MAC module to the first network node; and communicating data pending for uplink transmission in the PDCP module to the second network node. communicating data pending for uplink transmission in the first RLC module and the first MAC module to the first network node; and communicating data pending for uplink transmission in the PDCP module to the second network node.
A method of cleaning a process gas containing sulphur dioxide by means of a wet scrubber, said method comprising bringing the process gas into contact with an absorption liquid in an absorption vessel to absorb sulphur dioxide from the process gas, then mixing the absorption liquid with an oxygen containing gas containing at least 3 % by volume oxygen, O 2, then mixing the absorption liquid with a carbon dioxide containing gas, and adding an absorbent material to at least a portion of the absorption liquid, then returning at least a portion of the absorption liquid to the absorption vessel to absorb more sulphur dioxide from the process gas, wherein mixing at least a portion of the absorption liquid with the carbon dioxide containing gas is carried out simultaneously with adding an absorbent material to at least a portion of the absorption liquid, wherein the absorbent material is limestone or dolomite, and wherein the carbon dioxide containing gas comprises at least 20 % by volume carbon dioxide, wherein the step of mixing the absorption liquid with an oxygen containing gas containing at least 3 % by volume oxygen, O 2, is performed in an oxidation tank from which the absorption liquid is transferred to an absorbent dissolution tank in which the step of mixing the absorption liquid with a carbon dioxide containing gas comprising at least 20 % by volume carbon dioxide is carried out, wherein a first portion of the absorbent material is added to the absorbent dissolution tank, and wherein a second portion of the absorbent material is added to the absorption liquid after the absorption liquid has left the absorbent dissolution tank, wherein the amount of absorbent material supplied to the absorbent dissolution tank is controlled by measuring the pH of the absorption liquid in the dissolution tank by means of a first pH senor and by utilizing the measured pH for controlling a valve by comparing the measured pH and a pH set point of the absorption liquid tank of pH 5 to 6, wherein the valve is opened to increase the flow of absorbent liquid to the dissolution tank to increase the pH when the pH measured by the sensor is lower than the pH set point of the absorption liquid tank.
A test tube cap screwing device, including: a grabbing unit for grabbing a test tube cap; and a rotating unit directly facing the grabbing unit and including: a clamping assembly including a test tube bin for accommodating the test tube body, a test tube pad, a cylindrical roller; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body, the grabbing unit grabs the test tube cap, puts the test tube cap on the test tube body and presses the test tube body, and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller. a grabbing unit for grabbing a test tube cap; and a rotating unit directly facing the grabbing unit and including: a clamping assembly including a test tube bin for accommodating the test tube body, a test tube pad, a cylindrical roller; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body, the grabbing unit grabs the test tube cap, puts the test tube cap on the test tube body and presses the test tube body, and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller. a clamping assembly including a test tube bin for accommodating the test tube body, a test tube pad, a cylindrical roller; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body, the grabbing unit grabs the test tube cap, puts the test tube cap on the test tube body and presses the test tube body, and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller.