mhurhangee/patent-ind-claim-en huggingface dataset:
A heat dissipation apparatus, comprising: a main water pipe , a branch water pipe , a water pump , a sensor , and a controller , wherein the branch water pipe is connected to the main water pipe , and the branch water pipe is configured to cool a board mounted on the branch water pipe ; the water pump is disposed on the main water pipe ; the sensor is disposed on the main water pipe or the branch water pipe , and the sensor is configured to obtain inflow pressure of coolant flowing into the branch water pipe and outflow pressure of coolant flowing out of the branch water pipe ; and the controller is connected to the sensor , so that the controller determines a current pressure difference between the inflow pressure and the outflow pressure; and the controller is further connected to the water pump , so that the controller correspondingly adjusts the water pump according to the current pressure difference and a preset pressure difference, to control a flow capacity of the coolant flowing into the branch water pipe , until an absolute value of a difference between the current pressure difference and the preset pressure difference is less than or equal to a preset error amount, wherein an initial pressure difference is a pressure difference required for ensuring that each component on the board runs without derating, and the preset pressure difference is a maximum value of the initial pressure differences of every two boards of the multiple boards; wherein the controller adjusts the water pump when a quantity of boards mounted on the branch water pipe is changed.
An ultrasonic bone drilling instrument comprising: a tubular member having a longitudinal axis of symmetry ; a distal tip and an outer surface ; and a plurality of fins connected to said tubular member and extending in respective longitudinal planes each containing said axis ; wherein the bone drilling instrument is an ultrasonic rotary blade or drill; characterized in that : said fins are planar and attached to said outer surface proximally of the distal tip of said tubular member ; said fins each having a width (w1, w2), measured in the respective longitudinal plane perpendicularly to said axis , that increases from a minimum at a distal end portion of the respective fin , spaced in a proximal direction from the distal tip of said tubular member , to a maximum value (W max ) at an intermediate point along the respective fin and then decreases on a proximal side of said intermediate point . a tubular member having a longitudinal axis of symmetry ; a distal tip and an outer surface ; and a plurality of fins connected to said tubular member and extending in respective longitudinal planes each containing said axis ; wherein the bone drilling instrument is an ultrasonic rotary blade or drill; said fins are planar and attached to said outer surface proximally of the distal tip of said tubular member ; said fins each having a width (w1, w2), measured in the respective longitudinal plane perpendicularly to said axis , that increases from a minimum at a distal end portion of the respective fin , spaced in a proximal direction from the distal tip of said tubular member , to a maximum value (W max ) at an intermediate point along the respective fin and then decreases on a proximal side of said intermediate point .
Household appliance with a carcass and a receiving chamber , which is located in the carcass and at least partially delimited by a wall element , and with a holding part , which is arranged on a face of the wall element facing away from the receiving chamber and which is coupled to an alignment contour configured on the wall element and extends over the alignment contour in a plane encompassing the wall element , wherein the holding part is configured as elongated and has at least two fastening segments at a distance from one another along its longitudinal extension , to which a built-in part arranged in the receiving chamber is fastened, characterised in that the alignment contour has a projection facing away from the receiving chamber and configured as elongated in the plane encompassing the wall element , wherein a longitudinal extension of the projection is arranged horizontally.
A compound comprising a modified antisense oligonucleotide consisting of 10 to 30 linked nucleosides complementary to a non-repeat region of an expanded CUG repeat-containing DMPK RNA for use in a method of treating an animal having type 1 myotonic dystrophy, wherein the oligonucleotide has a nucleobase sequence that is at least 90% complementary to SEQ ID NO: 1 and/or SEQ ID NO: 2 as measured over the entirety of said oligonucleotide, wherein the modified antisense oligonucleotide, when bound to the expanded CUG repeat-containing DMPK RNA, activates a nuclear ribonuclease.
An axle drive module , in particular a rear axle drive module, for a (preferably electrically driven) motor vehicle, preferably a commercial vehicle, having: a first wheel shaft and a second wheel shaft which can be connected in a driving manner to wheels of the motor vehicle; a transverse differential which is connected in a driving manner to the first wheel shaft and the second wheel shaft ; a bevel gear stage which is connected in a driving manner to the transverse differential ; a first spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage and has a transmission ratio which does not equal 1, in particular is greater than 1; and an input shaft which preferably extends in a longitudinal direction of the motor vehicle and which is connected or can be connected in a driving manner to the first spur gear stage , characterized by: a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage , the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage ; and a switching element for switching over between the first spur gear stage and the second spur gear stage . a first wheel shaft and a second wheel shaft which can be connected in a driving manner to wheels of the motor vehicle; a transverse differential which is connected in a driving manner to the first wheel shaft and the second wheel shaft ; a bevel gear stage which is connected in a driving manner to the transverse differential ; a first spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage and has a transmission ratio which does not equal 1, in particular is greater than 1; and an input shaft which preferably extends in a longitudinal direction of the motor vehicle and which is connected or can be connected in a driving manner to the first spur gear stage , characterized by: a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage , the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage ; and a switching element for switching over between the first spur gear stage and the second spur gear stage . a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage , the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage ; and a switching element for switching over between the first spur gear stage and the second spur gear stage .
A Package unit comprising (i) a cardboard container having a top surface , a bottom , at least three side surfaces and an upper surface , wherein at one of said top or side surfaces a closure is provided, wherein said closure is made of cardboard and is slidably movable between a position closing the container and a position providing an opening (O) allowing the removal, discharge, pouring or taking out of the content of said container, wherein said closure comprises a flat panel movably sandwiched between the top surface or one of the side surfaces , and said upper surface , characterized in that the flat panel comprises two embossments , said top surface or side surface having at least two punched holes , which, when the closure is closed, are engaged by the embossments , wherein said top surface or side surface is formed by a separate cardboard panel and applied on the remainder of the container by means of an adhesive, a fixing material or fixing device, and (ii) shaped or granular item(s), comprising (a) a detergent or cleaning composition, or (b) a water softener composition (i) a cardboard container having a top surface , a bottom , at least three side surfaces and an upper surface , wherein at one of said top or side surfaces a closure is provided, wherein said closure is made of cardboard and is slidably movable between a position closing the container and a position providing an opening (O) allowing the removal, discharge, pouring or taking out of the content of said container, wherein said closure comprises a flat panel movably sandwiched between the top surface or one of the side surfaces , and said upper surface , characterized in that the flat panel comprises two embossments , said top surface or side surface having at least two punched holes , which, when the closure is closed, are engaged by the embossments , wherein said top surface or side surface is formed by a separate cardboard panel and applied on the remainder of the container by means of an adhesive, a fixing material or fixing device, and (ii) shaped or granular item(s), comprising (a) a detergent or cleaning composition, or (b) a water softener composition (a) a detergent or cleaning composition, or (b) a water softener composition
An applicator for ejecting doses of a flowable component, comprising - a housing , - an application tip connected to the housing , - an actuation mechanism , and - an insert which is detachable from the housing , the insert being adapted to be inserted into the housing , the insert having a storage volume for the flowable component, wherein the housing comprises a receiving portion adapted to the insert , wherein the insert comprises a drive portion which is adapted to cooperate with the actuation mechanism so that the operation of the actuation mechanism results in a displacement of the insert relative to the housing along a displacement axis (D), characterized in that the storage volume is sealed with a pierceable material , the housing comprises a piercing tip adapted to pierce the pierceable material , when the insert is displaced along the displacement axis (D), and the piercing tip is configured to displace the flowable component when the actuation mechanism is operated, wherein the piercing tip is stationary with respect to the housing . - a housing , - an application tip connected to the housing , - an actuation mechanism , and - an insert which is detachable from the housing , the insert being adapted to be inserted into the housing , the insert having a storage volume for the flowable component, wherein the housing comprises a receiving portion adapted to the insert , wherein the insert comprises a drive portion which is adapted to cooperate with the actuation mechanism so that the operation of the actuation mechanism results in a displacement of the insert relative to the housing along a displacement axis (D), characterized in that the storage volume is sealed with a pierceable material , the housing comprises a piercing tip adapted to pierce the pierceable material , when the insert is displaced along the displacement axis (D), and the piercing tip is configured to displace the flowable component when the actuation mechanism is operated, wherein the piercing tip is stationary with respect to the housing .
Breathing assistance apparatus comprising a case comprising a micro-blower comprising an electric motor with a rotating motor shaft , arranged in a casing , the motor shaft carrying at least one impeller housed in an internal compartment located in a volute , said internal compartment comprising a gas inlet and a gas outlet , the gas outlet being in fluidic communication with a gas outlet duct , said apparatus further comprising a first damping element made of flexible material, arranged around and in contact with the casing of the motor providing a fluidic seal between them, and a second damping element made of flexible material, arranged around and in contact with the outlet duct by providing a fluidic seal between them, and characterised in that the second damping element comes to bear against the first damping element by providing a fluidic seal between them, and the micro-blower is maintained in a fixed position in the case by said first and second damping elements .
A fluid delivery device comprising: a body having a body passageway, a top , a bottom surface , a first perimeter at the top, and a second perimeter close to the bottom surface, the first perimeter being positioned in a first plane (P1) that is perpendicular to an axis that is parallel to a portion of the body passageway, the second perimeter being positioned in a second plane (P2) that is parallel to the first plane, the second perimeter being greater than the first perimeter; a cannula having a portion extending from the body, a cannula passageway, and a tapered portion ; a needle guide having a tapered portion ; and a septum having a portion positioned within the needle guide; characterized in that the tapered portion of the cannula is an upper tapered portion that is in contact with the tapered portion of the needle guide. a body having a body passageway, a top , a bottom surface , a first perimeter at the top, and a second perimeter close to the bottom surface, the first perimeter being positioned in a first plane (P1) that is perpendicular to an axis that is parallel to a portion of the body passageway, the second perimeter being positioned in a second plane (P2) that is parallel to the first plane, the second perimeter being greater than the first perimeter; a cannula having a portion extending from the body, a cannula passageway, and a tapered portion ; a needle guide having a tapered portion ; and a septum having a portion positioned within the needle guide; characterized in that the tapered portion of the cannula is an upper tapered portion that is in contact with the tapered portion of the needle guide.
A formable, bright metallized laminate, comprising: a formable clear coat film which is a polymeric composition selected from the group consisting of fluoropolymers, acrylic polymers, polyurethanes, ionomers, polycarbonates, polyolefins, polyethylene glycol-modified polyesters, polyamide polymers, and copolymers, blends, and alloys that include these polymeric compositions; a first discontinuous layer of metal islands deposited on said formable clear coat film; and a second discontinuous layer of metal islands, wherein said first discontinuous layer of metal islands is positioned between said formable clear coat film and said second discontinuous layer of metal islands, characterized in that said formable clear coat film has a microscopically-smooth surface having a roughness average of less than 0.75 micron, wherein said first discontinuous metal layer having a first surface that is contiguous to said formable clear coat film, and a second surface that is contiguous to said second discontinuous metal layer, wherein said second surface of said first metal layer includes a microscopic transitional sub-layer selected from a plasma treated sub-layer and a deposited metal oxide sub-layer. a formable clear coat film which is a polymeric composition selected from the group consisting of fluoropolymers, acrylic polymers, polyurethanes, ionomers, polycarbonates, polyolefins, polyethylene glycol-modified polyesters, polyamide polymers, and copolymers, blends, and alloys that include these polymeric compositions; a first discontinuous layer of metal islands deposited on said formable clear coat film; and a second discontinuous layer of metal islands, wherein said first discontinuous layer of metal islands is positioned between said formable clear coat film and said second discontinuous layer of metal islands, characterized in that said formable clear coat film has a microscopically-smooth surface having a roughness average of less than 0.75 micron, wherein said first discontinuous metal layer having a first surface that is contiguous to said formable clear coat film, and a second surface that is contiguous to said second discontinuous metal layer, wherein said second surface of said first metal layer includes a microscopic transitional sub-layer selected from a plasma treated sub-layer and a deposited metal oxide sub-layer.
A prosthetic mitral valve comprising: an anchor assembly comprising a ventricular anchor , an atrial anchor , and a central portion therebetween, wherein the ventricular anchor and the atrial anchor are configured to flare radially outwards relative to the central portion ,; an annular strut frame disposed radially within the anchor assembly ,and a plurality of replacement leaflets (1022a, b, c) secured to the annular strut frame , characterized in that : the atrial anchor includes a plurality of atrial cells and the ventricular anchor includes a plurality of ventricular cells; and a first plurality of the atrial cells are positioned radially inwards relative to a second plurality of the atrial cells such that the first plurality of cells attach the strut frame to the anchor assembly. an anchor assembly comprising a ventricular anchor , an atrial anchor , and a central portion therebetween, wherein the ventricular anchor and the atrial anchor are configured to flare radially outwards relative to the central portion ,; an annular strut frame disposed radially within the anchor assembly ,and a plurality of replacement leaflets (1022a, b, c) secured to the annular strut frame , characterized in that : the atrial anchor includes a plurality of atrial cells and the ventricular anchor includes a plurality of ventricular cells; and a first plurality of the atrial cells are positioned radially inwards relative to a second plurality of the atrial cells such that the first plurality of cells attach the strut frame to the anchor assembly. the atrial anchor includes a plurality of atrial cells and the ventricular anchor includes a plurality of ventricular cells; and a first plurality of the atrial cells are positioned radially inwards relative to a second plurality of the atrial cells such that the first plurality of cells attach the strut frame to the anchor assembly.
A time synchronization method, comprising: after clock board times between service boards are synchronized, obtaining, by the service board, a CPU time and the clock board time of the service board according to a preset periodicity; and recording the obtained CPU time and clock board time, wherein the CPU time is a time determined based on a clock signal generated by a crystal oscillator corresponding to a CPU of the service board, and the clock board time is a time determined based on a clock signal generated by a clock board of the service board; when performing CPU time synchronization between the service boards, obtaining, by the service board, a current CPU time of the service board, and calculating a synchronization time of the CPU based on the current CPU time, and a last recorded CPU time and clock board time; and the method is characterized by adjusting the CPU time of the service board to the synchronization time. after clock board times between service boards are synchronized, obtaining, by the service board, a CPU time and the clock board time of the service board according to a preset periodicity; and recording the obtained CPU time and clock board time, wherein the CPU time is a time determined based on a clock signal generated by a crystal oscillator corresponding to a CPU of the service board, and the clock board time is a time determined based on a clock signal generated by a clock board of the service board; when performing CPU time synchronization between the service boards, obtaining, by the service board, a current CPU time of the service board, and calculating a synchronization time of the CPU based on the current CPU time, and a last recorded CPU time and clock board time; and the method is characterized by adjusting the CPU time of the service board to the synchronization time.
A method of analyzing kerogen, said method comprising: a) obtaining a sample of kerogen; b) performing elemental analysis on a portion of said kerogen to determine its C, H, N, S and O content; c) performing 13 C and 1 H NMR analysis on a portion of said kerogen to determine the relative abundance of different C and H species; d) pyrolyzing a portion of said kerogen to determine a pyrogram and generate petroleum fluid and a kerogen residue, wherein said pyrogram comprises S 1 , S 2 , S 3 and T max , wherein S1 is the amount of free hydrocarbons, S 2 is the amount of hydrocarbons generated through thermal cracking of kerogen, S3 is the amount of CO 2 produced during pyrolysis, and T max is the temperature at which the Sz signal peaks; e) analyzing the composition of said petroleum fluid; and, f) performing 13 C and 1 H NMR analysis on said kerogen residue to determine the kerogen residue's matured relative abundances of H and C species. a) obtaining a sample of kerogen; b) performing elemental analysis on a portion of said kerogen to determine its C, H, N, S and O content; c) performing 13 C and 1 H NMR analysis on a portion of said kerogen to determine the relative abundance of different C and H species; d) pyrolyzing a portion of said kerogen to determine a pyrogram and generate petroleum fluid and a kerogen residue, wherein said pyrogram comprises S 1 , S 2 , S 3 and T max , wherein S1 is the amount of free hydrocarbons, S 2 is the amount of hydrocarbons generated through thermal cracking of kerogen, S3 is the amount of CO 2 produced during pyrolysis, and T max is the temperature at which the Sz signal peaks; e) analyzing the composition of said petroleum fluid; and, f) performing 13 C and 1 H NMR analysis on said kerogen residue to determine the kerogen residue's matured relative abundances of H and C species.