mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue expander comprising: an outer shell configured to retain a fluid; an injection dome comprising a self-sealing septum region arranged through said outer shell , said injection dome adapted to accept a hypodermic needle to fill said outer shell with fluid; a self-sealing patch arranged around said injection dome and along said outer shell , said self-sealing patch comprising: a first sheet having a first sheet perimeter and forming a first central opening ; a second sheet having a second sheet perimeter and forming a second central opening ; an outer washer arranged between said first and second sheets at said first sheet perimeter and said second sheet perimeter ; and, a second washer arranged between said first and second sheets at said first central opening and said second central opening ; wherein said first sheet and said second sheet bound an annular space formed between said outer washer and said inner washer , said annular space filled with a self-sealing material. an outer shell configured to retain a fluid; an injection dome comprising a self-sealing septum region arranged through said outer shell , said injection dome adapted to accept a hypodermic needle to fill said outer shell with fluid; a self-sealing patch arranged around said injection dome and along said outer shell , said self-sealing patch comprising: a first sheet having a first sheet perimeter and forming a first central opening ; a second sheet having a second sheet perimeter and forming a second central opening ; an outer washer arranged between said first and second sheets at said first sheet perimeter and said second sheet perimeter ; and, a second washer arranged between said first and second sheets at said first central opening and said second central opening ; a first sheet having a first sheet perimeter and forming a first central opening ; a second sheet having a second sheet perimeter and forming a second central opening ; an outer washer arranged between said first and second sheets at said first sheet perimeter and said second sheet perimeter ; and, a second washer arranged between said first and second sheets at said first central opening and said second central opening ; wherein said first sheet and said second sheet bound an annular space formed between said outer washer and said inner washer , said annular space filled with a self-sealing material.
Heterophasic propylene copolymer (HECO) comprising (a) a (semi)crystalline polypropylene (PP) having a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 40 to 120 g/10min; and (b) an elastomeric propylene copolymer (ESC) dispersed in said (semi)crystalline polypropylene (PP) wherein said heterophasic propylene copolymer (HECO) has (i) a xylene cold soluble (XCS) fraction in the range of 22 to 64 wt.-%; (ii) a comonomer content in the range of 30.0 to 75.0 mol-%; and (iii) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 15 to70 g/10min and wherein further the intrinsic viscosity (IV) of the xylene cold soluble (XCS) fraction of said heterophasic propylene copolymer (HECO) is in the range of 1.30 to 2.20 dl/g; and wherein the intrinsic viscosity (IV) of the xylene cold insoluble (XCI) fraction of the heterophasic propylene copolymer (HECO) is in the range of 1.05 to 1.45 dl/g. (a) a (semi)crystalline polypropylene (PP) having a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 40 to 120 g/10min; and (b) an elastomeric propylene copolymer (ESC) dispersed in said (semi)crystalline polypropylene (PP) (i) a xylene cold soluble (XCS) fraction in the range of 22 to 64 wt.-%; (ii) a comonomer content in the range of 30.0 to 75.0 mol-%; and (iii) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 15 to70 g/10min and
A bicycle, comprising: a forward frame triangle comprising: a top tube having a first end connected to a head tube and a second end; a down tube having a first end connected to the head tube and a second end; a bottom bracket connected to the second end of the down tube; and a lower seat mast extending in an upward direction from the bottom bracket to the top tube; an upper seat mast at least partially overlapping the lower seat mast, wherein the upper seat mast is adjustably and fixedly coupled to the lower seat mast and the upper seat mast is rotably coupled to the forward frame triangle proximate the second end of the top tube; and an adjustment sleeve located between the lower seat mast and the upper seat mast, characterized in that : an upper adjustment portion of the upper seat mast and a lower adjustment portion of the lower seat mast overlap for at least half of the length of the lower seat mast, wherein a gap is located between facing portions of the upper adjustment portion and the lower adjustment portion, the adjustment sleeve , the lower seat mast, and the upper seat mast are configured such that the adjustment sleeve can slide within said gap, and the bicycle further comprises an adjustment locking assembly configured to secure the adjustment sleeve within said gap. a top tube having a first end connected to a head tube and a second end; a down tube having a first end connected to the head tube and a second end; a bottom bracket connected to the second end of the down tube; and a lower seat mast extending in an upward direction from the bottom bracket to the top tube; an upper seat mast at least partially overlapping the lower seat mast, wherein the upper seat mast is adjustably and fixedly coupled to the lower seat mast and the upper seat mast is rotably coupled to the forward frame triangle proximate the second end of the top tube; and an adjustment sleeve located between the lower seat mast and the upper seat mast, characterized in that : an upper adjustment portion of the upper seat mast and a lower adjustment portion of the lower seat mast overlap for at least half of the length of the lower seat mast, wherein a gap is located between facing portions of the upper adjustment portion and the lower adjustment portion, the adjustment sleeve , the lower seat mast, and the upper seat mast are configured such that the adjustment sleeve can slide within said gap, and the bicycle further comprises an adjustment locking assembly configured to secure the adjustment sleeve within said gap. an upper adjustment portion of the upper seat mast and a lower adjustment portion of the lower seat mast overlap for at least half of the length of the lower seat mast, wherein a gap is located between facing portions of the upper adjustment portion and the lower adjustment portion, the adjustment sleeve , the lower seat mast, and the upper seat mast are configured such that the adjustment sleeve can slide within said gap, and the bicycle further comprises an adjustment locking assembly configured to secure the adjustment sleeve within said gap.
A method implemented by a mobile device (A) for obtaining its position, said method comprising the steps of: a. determining (E30) a current set of possible positions (AE0) of said device from a measure (D0) of the distance between said device (A) and an anchor device (B) at a current instant (t0); b. determining (E50) a subsequent set of possible positions (AE1) at a subsequent instant (t1) from said current set and from a vector of movement (V0) of said device (A) at said current instant (t0); characterised by : c. estimating (E60) the distance (D1) between said device (A) and said anchor device (B) when said subsequent instant (t1) becomes said current instant; d. obtaining (E70) a new current set (AE1*) of possible positions of said device (A) by selecting (E70) within said subsequent set of possible positions those which are at said distance from said anchor device (B) repeating steps b. to d. until said current set (AE1*) comprises only one element and estimating that the position of said device is said element. a. determining (E30) a current set of possible positions (AE0) of said device from a measure (D0) of the distance between said device (A) and an anchor device (B) at a current instant (t0); b. determining (E50) a subsequent set of possible positions (AE1) at a subsequent instant (t1) from said current set and from a vector of movement (V0) of said device (A) at said current instant (t0); characterised by : c. estimating (E60) the distance (D1) between said device (A) and said anchor device (B) when said subsequent instant (t1) becomes said current instant; d. obtaining (E70) a new current set (AE1*) of possible positions of said device (A) by selecting (E70) within said subsequent set of possible positions those which are at said distance from said anchor device (B) c. estimating (E60) the distance (D1) between said device (A) and said anchor device (B) when said subsequent instant (t1) becomes said current instant; d. obtaining (E70) a new current set (AE1*) of possible positions of said device (A) by selecting (E70) within said subsequent set of possible positions those which are at said distance from said anchor device (B)
A vehicle door latch controller comprising a latch that, in response to pivoting of a door (D) to a closed side, engages with a striker on a vehicle body side and pivots, a ratchet that can operate between a ratchet engagement position in which engagement with the latch in a completely closed state and a half-shut state of the door (D) is enabled and a ratchet release position in which engagement with the latch is released, a latch release electric motor that exerts power for driving the ratchet between the ratchet engagement position and the ratchet release position, latch release intention detection means that detects a latch release intention of a vehicle driver for the door (D), and a control unit that controls actuation of the latch release electric motor so as to pivot the ratchet from the ratchet engagement position to the ratchet release position in response to the latch release intention detection means detecting a latch release intention of the vehicle driver in a fully-latched state in which the ratchet is engaged with the latch when the door (D) is completely closed, characterized in that the vehicle door latch controller comprises ratchet release position detection means that detects a state in which the ratchet is at the ratchet release position and inputs the state to the control unit , and the control unit actuates the latch release electric motor so as to pivot the ratchet to the ratchet engagement position after a predetermined time (T2) has elapsed since the ratchet release position detection means has detected that the ratchet is at the ratchet release position and actuation of the latch release electric motor has been stopped after the latch release electric motor has started actuating so as to pivot the ratchet from the ratchet engagement position to the ratchet release position.
A catheter comprising: an elongated catheter body having proximal and distal ends; a first assembly distal of the catheter body, the first assembly having at least one balloon member with an outer surface, and at least one electrode on the outer surface; a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the at least one balloon member to expand the at least one balloon member; and a second assembly distal of the first assembly, the second assembly having at least one electrode; characterized in that the catheter body further comprises a pressure sensing assembly ; and a catheter section proximal of the at least one balloon member which has a second tubing that defines a center on-axis lumen which houses the pressure sensing assembly, wherein the pressure sensing assembly is embodied in a joint between a distal portion and a proximal portion of the second tubing, wherein the joint is formed by a short section of a flexible tubing with at least one lumen that connects the center on-axis lumen of the second tubing, and wherein the joint includes a resilient member which permits a limited range of relative movement between the at least one balloon member and the catheter body in response to forces exerted on the balloon. an elongated catheter body having proximal and distal ends; a first assembly distal of the catheter body, the first assembly having at least one balloon member with an outer surface, and at least one electrode on the outer surface; a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the at least one balloon member to expand the at least one balloon member; and a second assembly distal of the first assembly, the second assembly having at least one electrode; characterized in that the catheter body further comprises a pressure sensing assembly ; and a catheter section proximal of the at least one balloon member which has a second tubing that defines a center on-axis lumen which houses the pressure sensing assembly, wherein the pressure sensing assembly is embodied in a joint between a distal portion and a proximal portion of the second tubing, wherein the joint is formed by a short section of a flexible tubing with at least one lumen that connects the center on-axis lumen of the second tubing, and wherein the joint includes a resilient member which permits a limited range of relative movement between the at least one balloon member and the catheter body in response to forces exerted on the balloon.
A process for the devulcanization of rubber particles, comprising culturing bacteria of the species Sporanaerobacter, Desulfovibrio, Desulfurella and/or Desulfomicrobium with rubber particles.
System having a dispenser, a cartridge receptacle and a cartridge , wherein the dispenser has a cartridge holder which has at least one guide and/or anti-rotation lock for the cartridge and/or for the cartridge receptacle , wherein the cartridge holder has a recess which receives at least part of the cartridge and/or the cartridge receptacle , wherein the cartridge receptacle has an inflow for a diluting medium, a mixing chamber in which the diluting medium and a drink and/or food substrate are mixed, and an outflow , wherein the cartridge is sealed by means of a membrane and the cartridge receptacle has a piercing means for perforating the membrane , wherein the piercing means is provided in alignment with the inflow and with the outflow , characterized in that the piercing means is configured as a spike which projects from the base of the mixing chamber .
An activin-ActRIIa antagonist for use in treating anemia associated with myelofibrosis in a patient in need thereof wherein the antagonist comprises a soluble ActRIIa polypeptide that comprises an amino acid sequence selected from the group consisting of: a) an amino acid sequence at least 90% identical to SEQ ID NO: 3; b) an amino acid sequence at least 90% identical to SEQ ID NO: 2; and c) an amino acid sequence at least 90% identical to SEQ ID NO: 7. a) an amino acid sequence at least 90% identical to SEQ ID NO: 3; b) an amino acid sequence at least 90% identical to SEQ ID NO: 2; and c) an amino acid sequence at least 90% identical to SEQ ID NO: 7.
A permanently joined heat exchanger assembly comprising heat exchanger plates (101; 201; 301; 401) for the use in a three circuit heat exchanger assembly for at least one refrigerant, where the plates comprise a first distribution area (102; 202; 302; 402) having three port holes (107, 109, 112; 207, 209, 212; 307, 309, 312; 407, 409, 412), a heat exchange area (103; 203; 303; 403) and a second distribution area (104; 204; 304; 404) having three port holes (108, 110, 111; 208, 210, 211; 308, 310, 311; 408, 410, 411), where the plates comprise a corrugated pattern having ridges and valleys, and a lower distribution groove (118, 119; 218, 219; 318, 319; 418, 419) is provided between the first distribution area and the heat exchange area such that a lower distribution path is obtainable between two adjacent lower distribution grooves when two plates are stacked to form a fluid channel between the plates, characterized in that a central port hole (112; 212, 312; 412) of the first distribution area is positioned at a vertical distance from the short end of the plates such that the center of the central port hole (112; 212, 312; 412) is positioned closer to the horizontal axis of a plate than the center of a refrigerant port hole such that a fluid passage is obtainable between the central port hole and the short end of the plates when two plates are stacked to form a fluid channel there between, and that a central port hole (111; 211; 311; 411) of the second distribution area is positioned at a vertical distance from the short end of the plates such that a fluid passage is obtainable between the central port hole and the short end of the plates when two plates are stacked to form a fluid channel there between, wherein the heat exchanger plates (101; 201; 301; 401) are joined by soldering, brazing, or welding.
A method comprising: detecting a transient voltage increase on an integrated circuit ; and controlling a conductivity state of a clamping device to limit the transient voltage increase , wherein controlling controls the clamping device to provide higher conductivity when the integrated circuit is in an unpowered state and controlled lower conductivity to provide voltage regulation when the integrated circuit is in a powered state, wherein the controlling is dependent upon a first time value and a second time value, the first time value applicable to an unpowered state of the integrated circuit and the second time value applicable to a powered state of the integrated circuit , wherein the first time value and the second time value are dependent upon a capacitive value of a common capacitive element ; wherein the controlling occurs for an active duration, the active duration being dependent upon the first time value for the unpowered state of the integrated circuit and the second time value for the powered state of the integrated circuit. detecting a transient voltage increase on an integrated circuit ; and controlling a conductivity state of a clamping device to limit the transient voltage increase , wherein controlling controls the clamping device to provide higher conductivity when the integrated circuit is in an unpowered state and controlled lower conductivity to provide voltage regulation when the integrated circuit is in a powered state, wherein the controlling is dependent upon a first time value and a second time value, the first time value applicable to an unpowered state of the integrated circuit and the second time value applicable to a powered state of the integrated circuit , wherein the first time value and the second time value are dependent upon a capacitive value of a common capacitive element ; wherein the controlling occurs for an active duration, the active duration being dependent upon the first time value for the unpowered state of the integrated circuit and the second time value for the powered state of the integrated circuit.
A combustor panel for a gas turbine engine comprising a cooling hole arrangement comprising: a plurality of cooling holes that are located closest to an edge of the combustor panel, relative to other cooling holes of the combustor panel, the plurality of cooling holes comprising: a first group of cooling holes , each of the first group of cooling holes extending from a first inlet to a first outlet ; and a second group of cooling holes , each of the second group of cooling holes extending from a second inlet to a second outlet , each of the first group of cooling holes and the second group of cooling holes spaced from the edge of the combustor panel in an axial direction and arranged parallel to the edge of the combustor panel; at least a portion of the first inlet of each first group of cooling holes axially overlapped with a portion of the second inlet of the second group of cooling holes, the first outlet of each of the first group of cooling holes being closer to the edge of the combustor panel than the second outlet of the second group of cooling holes is to the edge; wherein each of the first group of cooling holes extend from the first inlet to the first outlet at a first angular orientation, each of the second group of cooling holes extending from the second inlet to the second outlet at a second angular orientation, the first angular orientation ranging from about 10 degrees to about 50 degrees relative to a circumferential direction and the second angular orientation ranging from about -15 degrees to about 15 degrees relative to a circumferential direction. a first group of cooling holes , each of the first group of cooling holes extending from a first inlet to a first outlet ; and a second group of cooling holes , each of the second group of cooling holes extending from a second inlet to a second outlet , each of the first group of cooling holes and the second group of cooling holes spaced from the edge of the combustor panel in an axial direction and arranged parallel to the edge of the combustor panel; at least a portion of the first inlet of each first group of cooling holes axially overlapped with a portion of the second inlet of the second group of cooling holes, the first outlet of each of the first group of cooling holes being closer to the edge of the combustor panel than the second outlet of the second group of cooling holes is to the edge; wherein each of the first group of cooling holes extend from the first inlet to the first outlet at a first angular orientation, each of the second group of cooling holes extending from the second inlet to the second outlet at a second angular orientation, the first angular orientation ranging from about 10 degrees to about 50 degrees relative to a circumferential direction and the second angular orientation ranging from about -15 degrees to about 15 degrees relative to a circumferential direction.
A device delivery system for delivering an endoscopic device to an endoscope, comprising: an insertion instrument having a pair of pivotable arms , the arms extending from a device delivery portion of the insertion instrument at a first end , into a handle portion at an opposed, second end , and connected together at a pivotable connection , a bracket connected to a back plate for placement of the endoscopic device to be delivered thereagainst, and an extension shaft extending from the back plate and configured to extend through a working channel of the endoscopic device to be delivered; and a removable spacer for enclosing the first end of the insertion instrument. an insertion instrument having a pair of pivotable arms , the arms extending from a device delivery portion of the insertion instrument at a first end , into a handle portion at an opposed, second end , and connected together at a pivotable connection , a bracket connected to a back plate for placement of the endoscopic device to be delivered thereagainst, and an extension shaft extending from the back plate and configured to extend through a working channel of the endoscopic device to be delivered; and a removable spacer for enclosing the first end of the insertion instrument.
A system configured to : - provide a first signal representing at least movements of the head of a user to a machine learning model and consequently obtain an output representing a detected emotion of the user, the machine learning model having been trained beforehand using a database of model signals representing movements of a head of at least one model user and associated with at least an emotion of the at least one model user, and - process a second signal representing a physiological parameter of the user to obtain a confirmed emotion of the user. - provide a first signal representing at least movements of the head of a user to a machine learning model and consequently obtain an output representing a detected emotion of the user, the machine learning model having been trained beforehand using a database of model signals representing movements of a head of at least one model user and associated with at least an emotion of the at least one model user, and - process a second signal representing a physiological parameter of the user to obtain a confirmed emotion of the user.