mhurhangee/patent-ind-claim-en huggingface dataset:
Drive device, in particular for a flap of a vehicle, having a housing pipe and a protection pipe which can be moved axially relative to each other in a telescopic manner, the housing pipe being arranged with the closed end thereof facing away from the protection pipe on a fixed base member or a movable component and the protection pipe being arranged with the closed end thereof facing away from the housing pipe on the movable component or the base member, having a linear drive which is arranged in the housing pipe and/or protection pipe and by which the housing pipe and the protection pipe can be driven so as to be axially movable relative to each other, wherein the protection pipe which is surrounded by the housing pipe or the housing pipe which is surrounded by the protection pipe is surrounded at the radially peripheral outer covering face thereof by a sealing ring , by which the annular gap which is formed between the housing pipe and the protection pipe is closed in a tight manner in the retracted position of the housing pipe and protection pipe , in which position they are moved toward each other to the maximum extent, characterized in that the sealing ring is arranged securely on the cylindrical covering face of the inner pipe (5 or 6) and has an outer diameter which approximately corresponds to the inner diameter of the outer pipe of the housing pipe or protection pipe and radially closes the annular gap in the region of the outwardly directed mouth thereof, wherein, in the retracted position of the drive device, the sealing ring which comprises a resilient material is in abutment with the inner wall of the outer pipe (5 or 6) with resilient pretensioning, wherein the sealing ring has a larger outer diameter than the inner diameter of the outer pipe, and the sealing ring is constructed at the end region thereof facing the annular gap so as to conically taper in the direction toward the end thereof facing the annular gap , the end of the sealing ring facing the annular gap having a smaller diameter and the region of the sealing ring remote from the annular gap having a larger diameter than the outer diameter of the annular gap .
Damping valve comprising a damping valve body having at least one passage duct (15; 17) between two cover sides (11; 13), wherein an exit opening of the passage duct (15; 17) opens into a cover-side ring-shaped depression which is delimited by an outer ring-shaped, and by an inner ring-shaped, valve bearing surface (21; 23), at least one ring-shaped valve bearing surface (21; 23) for at least one valve disc having a substantially constant width over the circumference, and the ring-shaped depression having a varying width over the circumference, wherein at least one valve bearing surface (21; 23) has a varying radius of curvature (Rl; R2; R3) over the circumference, characterized in that the valve bearing surface (21; 23) has a recess-free sequential arrangement of radii of curvature which yields an ovoid geometry of the valve bearing surface, wherein the radii of curvature (Rl; R2; R3) have a minimum R3 and a maximum R1 and the radius of curvature R1 is thus greater than a radius of curvature R2, wherein the two extreme values of the radii (Rl; R3) have a spacing of less than 180° over the circumference of the valve bearing surface (21; 23), wherein, based on the central point of the valve body, a main axis of the valve bearing surface (21; 23) has a length which corresponds to the sum of the radii of curvature R1 and R2 and has a normal with respect to the main axis that has a length corresponding to twice the smallest radius R3 (2 x R3), this being shorter than the main axis , wherein, in relation to the main axis , the valve bearing surface is of symmetrical form.
A cosmetic method in which: a) a color is acquired from a region of the body of an individual, by using a device equipped with a color camera and by placing a color reference chart in the field of said camera during the acquisition and acquiring an image of the chart, wherein the color reference chart and a region of skin adjoining this chart are recognized by the device and acquisition units of the device are colorimetrically calibrated via knowledge of absolute color coordinates of the chart; and b) delivering, using the device , and the color acquired by the device in a) and knowledge of the tanning pathways of various skin phototypes, at least one indication concerning data representative of skin phototype and at least one indication selected from indications concerning - at least one skin color obtainable by the individual via the pigmentation or depigmentation process, - photoprotection to be applied, and - application or administration of a product intended to temporarily modify the color of the skin, the product being a pro-pigmenting, depigmenting or anti-pigmenting product. a) a color is acquired from a region of the body of an individual, by using a device equipped with a color camera and by placing a color reference chart in the field of said camera during the acquisition and acquiring an image of the chart, wherein the color reference chart and a region of skin adjoining this chart are recognized by the device and acquisition units of the device are colorimetrically calibrated via knowledge of absolute color coordinates of the chart; and b) delivering, using the device , and the color acquired by the device in a) and knowledge of the tanning pathways of various skin phototypes, at least one indication concerning data representative of skin phototype and at least one indication selected from indications concerning - at least one skin color obtainable by the individual via the pigmentation or depigmentation process, - photoprotection to be applied, and - application or administration of a product intended to temporarily modify the color of the skin, the product being a pro-pigmenting, depigmenting or anti-pigmenting product. - at least one skin color obtainable by the individual via the pigmentation or depigmentation process, - photoprotection to be applied, and - application or administration of a product intended to temporarily modify the color of the skin, the product being a pro-pigmenting, depigmenting or anti-pigmenting product.
A product comprising human derived follicle stimulating hormone (FSH) for use in the treatment of infertility in a patient having serum AMH level of <15 pmol/L, wherein the product is to be administered at a dose of, or equivalent to, 11 to 13 μg human derived recombinant FSH per day, the human derived recombinant FSH including α2, 3- and α2, 6- sialylation wherein 30% to 60% of the total sialylation is α2, 3- sialyation, for example wherein 40% to 50% of the total sialylation is α2, 3- sialyation.
A soluble recombinant heteromultimer comprising an ALK7 polypeptide and an ActRIIB polypeptide, wherein the ALK7 polypeptide comprises an amino acid sequence that is at least 85% identical to amino acids 28-92 of SEQ ID NO: 9, and wherein the ActRIIB polypeptide comprises an amino acid sequence that is at least 85% identical to amino acids 29-109 of SEQ ID NO: 1, wherein the ALK7 polypeptide is a fusion protein further comprising a heterologous domain, wherein the ActRIIB polypeptide is a fusion protein further comprising a heterologous domain, and wherein the heteromultimer binds to one or more of activin A, activin B, and GDF11.
A use of a composition for digesting a glycosyl inositol phospho ceramide (GIPC) or glucosylceramide for producing a free ceramide, the composition comprising a mushroom self-digestion liquid or purified product thereof.
An apparatus comprising: - memory configured to store data defining, an artificial neural network, wherein the artificial neural network is configured to detect pedestrians from image data, and - at least one processing core configured to: train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit. - memory configured to store data defining, an artificial neural network, wherein the artificial neural network is configured to detect pedestrians from image data, and - at least one processing core configured to: train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit. train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit.
Activated carbon, wherein the activated carbon has a pore volume at a pore diameter of 10 to 10000 nm measured by the use of a mercury intrusion method pore volume measurement device adopting a mercury pressure of 0.69 kPa to 420580.19 kPa of 0.8 to 1.9 mL/g, and a pore volume at a pore diameter of 300 to 1000 nm measured by the use of a mercury intrusion method pore volume measurement device adopting a mercury pressure of 0.69 kPa to 420580.19 kPa of 0.19 mL/g or more.
Laminated glazing comprising at least two glass sheets and at least one polymer interlayer bonding said glass sheets together, at least one film of opaque lacquer being placed between the at least two glass sheets , the or each film of opaque lacquer being deposited on a glass sheet , the or each film of lacquer being an opaque coating comprising at least one polymeric resin and at least one pigment, characterized in that the polymer interlayer is made of polyvinyl butyral.
A medical device comprising: a cardiac electrical signal sensing circuit configured to: sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; a control circuit configured to: in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing. a cardiac electrical signal sensing circuit configured to: sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; a control circuit configured to: in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing. in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing.
A multi-engine system for an aircraft, comprising: a first engine having a first output shaft and a first core shaft ); a second engine having a second output shaft and a second core shaft ; a reduction gearbox drivingly engaged by the first output shaft and by the second output shaft for driving a common load ; and a transmission path between the first engine and the second engine , the transmission path being independent from the reduction gearbox , the transmission path being a torque-transfer connection between the second core shaft and the first core shaft or the first output shaft via a coupling gearbox , characterised in that : the first engine has a first electric machine operable as a generator, the first electric machine drivingly engaged by the first output shaft or the first core shaft ; the second engine has a second electric machine operable as an electric motor, the second electric machine drivingly engaged to the second core shaft ; and the coupling gearbox has a first load path (P1) and a second load path (P2), the second load path (P2) independent from the first load path (P1), the coupling gearbox being reversible such that the first core shaft and/or the first output shaft is driving the second core shaft via the first load path (P1) and the second core shaft is driving the first core shaft via the second load path (P2). a first engine having a first output shaft and a first core shaft ); a second engine having a second output shaft and a second core shaft ; a reduction gearbox drivingly engaged by the first output shaft and by the second output shaft for driving a common load ; and a transmission path between the first engine and the second engine , the transmission path being independent from the reduction gearbox , the transmission path being a torque-transfer connection between the second core shaft and the first core shaft or the first output shaft via a coupling gearbox , the first engine has a first electric machine operable as a generator, the first electric machine drivingly engaged by the first output shaft or the first core shaft ; the second engine has a second electric machine operable as an electric motor, the second electric machine drivingly engaged to the second core shaft ; and the coupling gearbox has a first load path (P1) and a second load path (P2), the second load path (P2) independent from the first load path (P1), the coupling gearbox being reversible such that the first core shaft and/or the first output shaft is driving the second core shaft via the first load path (P1) and the second core shaft is driving the first core shaft via the second load path (P2).
A manufacturing method for a multi electrode system , comprising the following steps: - providing several conductors , which are electrically conductive in their longitudinal direction and electrically insulated in a direction perpendicular to its longitudinal direction, - bundling the conductors at a proximal portion of the multi electrode system by means of a sheath surrounding the conductors at least partially to form a conductor bundle configured to be used as a lead (L) of the multi electrode system , and - providing several ring electrodes each surrounding at least partially one of the conductors at a distal portion of the multi electrode system and electrically connecting the ring electrodes and the conductors to form a multi electrode array (A) of the multi electrode system , wherein the multi electrode array (A) is configured to be in a longitudinally extended or in a transversally expanded configuration; wherein at least one of the several conductors is a strand of several wires or a bundle of several strands comprising several wires , and at least one of the wires or one of the strands is electrically insulated in a direction perpendicular to its longitudinal direction. - providing several conductors , which are electrically conductive in their longitudinal direction and electrically insulated in a direction perpendicular to its longitudinal direction, - bundling the conductors at a proximal portion of the multi electrode system by means of a sheath surrounding the conductors at least partially to form a conductor bundle configured to be used as a lead (L) of the multi electrode system , and - providing several ring electrodes each surrounding at least partially one of the conductors at a distal portion of the multi electrode system and electrically connecting the ring electrodes and the conductors to form a multi electrode array (A) of the multi electrode system , wherein the multi electrode array (A) is configured to be in a longitudinally extended or in a transversally expanded configuration; wherein at least one of the several conductors is a strand of several wires or a bundle of several strands comprising several wires , and at least one of the wires or one of the strands is electrically insulated in a direction perpendicular to its longitudinal direction.
An endoscopic tool for facilitating injection of a fluid into a submucosal layer of tissue , the endoscopic tool comprising: a first cannula adapted to be slidably disposed within a lumen of an endoscope, the first cannula having a suction surface and a suction lumen , the suction surface disposed at a distal end of the first cannula to contact a mucosal layer of tissue , the suction lumen formed within the first cannula between the suction surface and a proximal end of the first cannula; a second cannula adapted to be coupled to a source of a fluid to be delivered to the submucosal layer of tissue below the mucosal layer of tissue, the second cannula carrying a needle at a distal end of the second cannula; and a suction source coupled to the first cannula to create a negative pressure within the suction lumen to draw the mucosal layer of tissue into contact with the suction surface and hold the mucosal layer of tissue against the suction surface, wherein responsive to the mucosal layer of tissue contacting the suction surface, the second cannula is movable toward the submucosal layer of tissue, causing the needle to pierce the mucosal layer of tissue and deliver the fluid into the submucosal layer of tissue; characterized in that the endoscopic tool further comprises a needle stabilization structure coupled to the first cannula or the second cannula, the needle stabilization structure defining a fluid lumen separate from the suction lumen, the second cannula slidably disposed within the fluid lumen. a first cannula adapted to be slidably disposed within a lumen of an endoscope, the first cannula having a suction surface and a suction lumen , the suction surface disposed at a distal end of the first cannula to contact a mucosal layer of tissue , the suction lumen formed within the first cannula between the suction surface and a proximal end of the first cannula; a second cannula adapted to be coupled to a source of a fluid to be delivered to the submucosal layer of tissue below the mucosal layer of tissue, the second cannula carrying a needle at a distal end of the second cannula; and a suction source coupled to the first cannula to create a negative pressure within the suction lumen to draw the mucosal layer of tissue into contact with the suction surface and hold the mucosal layer of tissue against the suction surface, wherein responsive to the mucosal layer of tissue contacting the suction surface, the second cannula is movable toward the submucosal layer of tissue, causing the needle to pierce the mucosal layer of tissue and deliver the fluid into the submucosal layer of tissue; characterized in that the endoscopic tool further comprises a needle stabilization structure coupled to the first cannula or the second cannula, the needle stabilization structure defining a fluid lumen separate from the suction lumen, the second cannula slidably disposed within the fluid lumen.
A subsea power cell arrangement realized for use in a subsea power supply arrangement ; the subsea power supply arrangement comprising a closed power supply module realized to contain a pressure compensated main fluid (Fmain); wherein the subsea power cell arrangement is arranged in the interior of the closed power supply module , wherein the subsea power cell arrangement comprises a capacitor housing realized to contain a capacitor bank in a capacitor housing fluid volume (Fcap); a busbar arrangement mounted to the capacitor housing ; and a circuit module ; characterized in that the capacitor housing is a metal capacitor housing; in that the circuit module comprises a metal housing ; in that the circuit module is contained in the metal housing which is mounted to the metal capacitor housing and realized to contain a circuit module fluid volume (Feet); in that a barrier is provided that allows passage of fluid between the circuit module fluid volume (Feet, Fshared) and the main fluid volume (Fmain, Fshared) surrounding the power cell arrangement , wherein the barrier is fine enough to prevent particles from passing the barrier between the circuit module and the main fluid volume.