mhurhangee/ep-ind-claims huggingface dataset:
Vehicle door handle with sensor electronics and a transmitting/receiving device, wherein components of the sensor electronics and components of the transmitting/receiving device are formed on a common multilayer board, wherein the multilayer board is arranged in the vehicle door handle in a section which is designed for an operator as a handle which can be gripped around or behind, wherein a control circuit is coupled to the sensor electronics and the transmitting/receiving device, wherein the transmitting/receiving device has a component in the guise of a near-field coil which is formed on a first plane of the multilayer printed circuit board wherein the sensor electronics comprises at least one inductive sensor (23, 24) formed on a second plane of the multilayer board wherein a first electrode area (22; 30; 41) is formed on the multilayer board, which is enclosed by the near-field coil in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode area (22; 30; 41) covers the at least one inductive sensor by more than 50% in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode surface (22; 30; 41) is formed on the first plane of the multilayer board or a plane between the first plane and the second plane. wherein components of the sensor electronics and components of the transmitting/receiving device are formed on a common multilayer board, wherein the multilayer board is arranged in the vehicle door handle in a section which is designed for an operator as a handle which can be gripped around or behind, wherein a control circuit is coupled to the sensor electronics and the transmitting/receiving device, wherein the transmitting/receiving device has a component in the guise of a near-field coil which is formed on a first plane of the multilayer printed circuit board wherein the sensor electronics comprises at least one inductive sensor (23, 24) formed on a second plane of the multilayer board wherein a first electrode area (22; 30; 41) is formed on the multilayer board, which is enclosed by the near-field coil in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode area (22; 30; 41) covers the at least one inductive sensor by more than 50% in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode surface (22; 30; 41) is formed on the first plane of the multilayer board or a plane between the first plane and the second plane.
Disposable incontinence nappy, having a longitudinal direction and a transverse direction, for accommodating and absorbing urine or stool, comprising a liquid-absorbing absorbent body and a component which is elastic in the transverse direction and which comprises an elastic composite material, wherein the disposable incontinence nappy has a main part, comprising the absorbent body, comprising a front region with front lateral longitudinal edges and a back region with rear lateral longitudinal edges and a crotch region arranged therebetween which comes to rest between the legs of a user, and comprising rear side sections which are joined on both sides to the back region and which extend in the transverse direction beyond the lateral rear longitudinal edges of the main part, and wherein the rear side sections each have one of the elastic components, wherein the composite material comprises an elastic film ply and a first nonwoven ply connected to the elastic film ply and wherein the elastic film ply comprises or consists of a polymer mixture, and wherein the first nonwoven ply is connected directly to the elastic film ply, and wherein the elastic film ply contains less than 10% by weight of medicinal white oils and less than 10% by weight of technical white oils and less than 10% by weight of mineral oils.
A vertically foldable door, said door comprising two foldable door leaves (22, 24) arranged in parallel and at a distance from each other and thereby forming an interspace between the two door leaves (22, 24), and which door leaves are made of a flexible material, and the door being configured to be lifted in a lifting operation during which the door leaves (22, 24) are folded and to be lowered in a lowering operation during which the door leaves are unfolded, wherein the door further comprises at least two elongated horizontal support members (30, 32) for supporting said door leaves (22, 24) and an inwards folding prevention device arranged in the interspace between the two door leaves (22, 24), such that inwards folding into the interspace of at least a part of at least one of the door leaves (22, 24) is prevented during the lifting operation, characterized in that said inwards folding prevention device comprises a plurality of ribs arranged in parallel with each other and connected to each other by a first connection arrangement and by a second connection arrangement, and of which ribs at least one rib is connected to at least one door leaf (22, 24) by means of said support members (30, 32), which ribs are arranged to assume a horizontal position when the door leaves (22, 24) are in a folded position and to be raised up when the door leaves (22, 24) are unfolded during the lowering operation, wherein said support members (30, 32) are arranged at a distance from each other and which support members (30, 32) are connected to the door leaves, and wherein each rib is articulately connected at a lower end thereof to a lower support member of the at least two support members (30, 32) by means of the first connection arrangement, and wherein said plurality of ribs having a width corresponding to a width of said supporting members (30, 32).
An artificial tympanic membrane device, comprising: a scaffold comprising a plurality of ribs comprising a first material or combination of materials, wherein either: a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a plurality of open spaces between the ribs are filled or made with a thin membrane comprising the first material or combination of materials, a different, second material, a combination of the first and a second materials, or a combination of a second material and one or more other different materials. a scaffold comprising a plurality of ribs comprising a first material or combination of materials, wherein either: a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a plurality of open spaces between the ribs are filled or made with a thin membrane comprising the first material or combination of materials, a different, second material, a combination of the first and a second materials, or a combination of a second material and one or more other different materials.
Watch comprising a case having a top opening, a crystal closing this top opening, a movement, an analog display driven by the movement, an assembly (40; 70, 70A) located between the movement and the analog display and comprising a light sensor (42; 72) which is formed by a semiconductor material wafer or layer (44; 44A), at least one negative electrode (46; 78, 78A) and at least one positive electrode (48; 79, 79A); the watch comprising an antenna (20; 80, 80A) arranged to be able to communicate through the crystal with a communication device external to the watch; said assembly having a first portion (52; 52A), in which are arranged entirely said at least one positive electrode and said at least one negative electrode, and a second portion (54; 54A) without electrode which is separated from the first portion and a projection of which in a general plane of said assembly includes a projection of the antenna in this general plane; the semiconductor material wafer or layer (44; 44A) extending, parallel to the general plane, into the first portion and the second portion of said assembly; characterised in that said at least one negative electrode (46; 78, 78A) and said at least one positive electrode (48; 79, 79A) are all located below the semiconductor material wafer or layer (44; 44A).
A cervical collar brace, comprising: a main body collar; a first chin side support pivotally mounted relative to the main body collar; a second chin side support pivotally mounted relative to the main body collar; a cable adjuster for adjustably securing the first and second chin side supports relative to the main body collar, the cable adjuster comprising a rotatable wheel, one or more cables (100,102) operated by the rotatable wheel, one or more lift effectors (120,140) coupled to the first and second chin side supports for lifting the chin side supports in response to rotation of the rotatable wheel in a first rotation direction, and a chin piece for supporting a wearer's chin and supported by the chin supports (30,40); characterised in that: one or more capstans (720,725) are positioned above the lift effectors (120,140) for reversing a movement of at least one end of the one or more cables (100,102); and the one or more capstans (720,725) comprise one or more rotatable pulleys. a main body collar; a first chin side support pivotally mounted relative to the main body collar; a second chin side support pivotally mounted relative to the main body collar; a cable adjuster for adjustably securing the first and second chin side supports relative to the main body collar, the cable adjuster comprising a rotatable wheel, one or more cables (100,102) operated by the rotatable wheel, one or more lift effectors (120,140) coupled to the first and second chin side supports for lifting the chin side supports in response to rotation of the rotatable wheel in a first rotation direction, and a chin piece for supporting a wearer's chin and supported by the chin supports (30,40); characterised in that: one or more capstans (720,725) are positioned above the lift effectors (120,140) for reversing a movement of at least one end of the one or more cables (100,102); and the one or more capstans (720,725) comprise one or more rotatable pulleys. one or more capstans (720,725) are positioned above the lift effectors (120,140) for reversing a movement of at least one end of the one or more cables (100,102); and the one or more capstans (720,725) comprise one or more rotatable pulleys.
Device for examining a sample by means of optical projection tomography, having a light source, which generates an illumination light beam, which illuminates the sample to be examined, having a transmission detector for detecting a transmission light beam, which comprises light of the illumination light beam transmitted through the sample, and having an objective, wherein the illumination light beam and the transmission light beam pass through the same objective with opposite propagation directions, characterized in that the illumination light beam exits the objective with a lateral offset relative to the optical axis of the objective, wherein the illumination light beam, after it has passed through the objective, is deflected to the sample by an illumination light deflection means through an approximately 90-degree angle relative to the optical axis of the objective, and wherein the transmission light beam coming from the sample is deflected by a transmission light deflection means in such a way that after the deflection it propagates parallel to the optical axis of the objective.
A method for data reading of an optical code being displayed on an electronic display, comprising the steps of: in standard reading mode, illuminating the field of view with one or more pulses of illumination; capturing, via a data reader, a first two-dimensional image (or set of images) of the field of view being illuminated by the one or more pulses, in search of an optical code appearing therein; processing the first image(s) in an attempt to decode the optical code; analyzing the first image(s) to determine whether an electronic display is in the field of view; if it is determined that an electronic display is in the field of view, switching to electronic display reading mode; in electronic display reading mode, for up to a given amount of second image capture/read attempts, capturing a second two-dimensional image (or set of images) of the field of view without illumination from the one or more pulses, in search of an optical code appearing therein; illuminating the field of view with one or more pulses of illumination before and/or after each second image capture/read attempt; processing the second image(s) in an attempt to decode the optical code. in standard reading mode, illuminating the field of view with one or more pulses of illumination; capturing, via a data reader, a first two-dimensional image (or set of images) of the field of view being illuminated by the one or more pulses, in search of an optical code appearing therein; processing the first image(s) in an attempt to decode the optical code; analyzing the first image(s) to determine whether an electronic display is in the field of view; if it is determined that an electronic display is in the field of view, switching to electronic display reading mode; in electronic display reading mode, for up to a given amount of second image capture/read attempts, capturing a second two-dimensional image (or set of images) of the field of view without illumination from the one or more pulses, in search of an optical code appearing therein; illuminating the field of view with one or more pulses of illumination before and/or after each second image capture/read attempt; processing the second image(s) in an attempt to decode the optical code.
A resin mold for nanoimprinting, wherein depressions and protrusions transferred from a surface of a master mold are formed on the surface; wherein the mold resin is a copolymer of a monomer having an ethylenic double bond without epoxy group and a monomer having an epoxy group as well as an ethylenic double bond, the copolymer has a main chain structure formed by mutual bonding of ethylenic double bonds and has epoxy groups that have not been subjected to ring opening as side chains; wherein the resin includes from 1 to 50 percent by weight of the constituent unit derived from the monomer having an epoxy group as well as an ethylenic double bond, taking the total of component units forming the resin layer to be 100 percent by weight; and wherein the resin layer formed from the resin is formed on the substrate layer surface; an inorganic substance layer is formed on a surface of said resin layer where the substrate layer is not formed; and a mold release agent layer is formed on the surface of said inorganic substance layer.
An adhesive composite dressing comprising: an anchor member comprising a first skin-contact adhesive; a target member comprising an opening adapted to enable skin treatment; and a folding member comprising a drug reservoir, wherein the folding member is attached to the anchor member through a hinge defined by a line of attachment that is not contiguous with an edge of the anchor member. an anchor member comprising a first skin-contact adhesive; a target member comprising an opening adapted to enable skin treatment; and a folding member comprising a drug reservoir, wherein the folding member is attached to the anchor member through a hinge defined by a line of attachment that is not contiguous with an edge of the anchor member.
An integrated circuit system having an energy-saving mode of operation and a normal mode of operation, the integrated circuit system comprising: a power-on-reset circuit configured to use a reference signal (V_LP) in the energy-saving mode of operation and in the normal mode of operation to determine whether to trigger a power-on-reset event; a startup circuit configured to provide the reference signal based on a bias signal (IBIAS_TOTAL), the bias signal being generated based on a first bias signal (IBIAS_LP) in the energy-saving mode and being generated based on the first bias signal and a second bias signal (IBIAS_HP) in the normal mode, the first bias signal being generated in the energy-saving mode and the normal mode, the second bias signal being generated in the normal mode and not being generated in the energy-saving mode;. a first current reference circuit having a first impedance and configured to generate the first bias signal; and a second current reference circuit having a second impedance and configured to generate the second bias signal, the first impedance being at least one order of magnitude less than the second impedance. a power-on-reset circuit configured to use a reference signal (V_LP) in the energy-saving mode of operation and in the normal mode of operation to determine whether to trigger a power-on-reset event; a startup circuit configured to provide the reference signal based on a bias signal (IBIAS_TOTAL), the bias signal being generated based on a first bias signal (IBIAS_LP) in the energy-saving mode and being generated based on the first bias signal and a second bias signal (IBIAS_HP) in the normal mode, the first bias signal being generated in the energy-saving mode and the normal mode, the second bias signal being generated in the normal mode and not being generated in the energy-saving mode;. a first current reference circuit having a first impedance and configured to generate the first bias signal; and a second current reference circuit having a second impedance and configured to generate the second bias signal, the first impedance being at least one order of magnitude less than the second impedance.
A golf ball comprising a core comprising a thermoset elastomer and an isocyanate-functional polyurethane prepared by combining a thermosetting elastomer and an isocyanate-functional polyurethane, then curing the thermosetting elastomer.
Method for obtaining an extract from the pods of lupin seeds containing lupeol, characterised in that it comprises at least the succession of the following steps: - crushing of lupin pods, - extraction of the total lipids contained in the crushed pods of lupin using an organic solvent chosen from the group consisting of alphatic alkanes, aromatic alkanes, and halogenated derivatives thereof, and - purification of the lipids obtained in order to obtain a lupeol-rich extract, characterised in that the purification of the lipids obtained comprises at least the succession of the following steps: - evaporation of the solvent under vacuum, then dissolution in an aliphatic alcohol, - saponification, - crystallisation by cooling, and - filtration and/or washing and/or spinning. - crushing of lupin pods, - extraction of the total lipids contained in the crushed pods of lupin using an organic solvent chosen from the group consisting of alphatic alkanes, aromatic alkanes, and halogenated derivatives thereof, and - purification of the lipids obtained in order to obtain a lupeol-rich extract, - evaporation of the solvent under vacuum, then dissolution in an aliphatic alcohol, - saponification, - crystallisation by cooling, and - filtration and/or washing and/or spinning.
A drug delivery device for injecting medicament, said ding delivery device comprising: a tubular reservoir for accommodating a medicament, said reservoir extending along a longitudinal axis; a stopper slideably disposed in said reservoir; a spring for moving said stopper from a first position to a second position in said reservoir; at least one needle, said needle having a distal end for insertion into a patient, and a lumen extending proximally from said distal end, said lumen being in direct or indirect communication with said reservoir, wherein, at least a portion of said lumen extending proximally from said distal end extends along a reference axis not coaxial with said longitudinal axis; wherein, said needle moves relative to, and separately from, said reservoir with said needle being displaced from said first state and toward said second state, a needle driver for displacing said needle in a direction transverse to said longitudinal axis from a first state to a second state; and an actuator, wherein activation of said actuator causes: said spring to move said stopper from said first position and toward said second position; and said needle driver to displace said needle from said first state and toward said second state, characterized in that, said drug delivery device further comprises a needle actuator released by activation of said actuator to displace relative to and interact with said needle driver to cause said needle driver to displace said needle from said first state and toward said second state. a tubular reservoir for accommodating a medicament, said reservoir extending along a longitudinal axis; a stopper slideably disposed in said reservoir; a spring for moving said stopper from a first position to a second position in said reservoir; at least one needle, said needle having a distal end for insertion into a patient, and a lumen extending proximally from said distal end, said lumen being in direct or indirect communication with said reservoir, wherein, at least a portion of said lumen extending proximally from said distal end extends along a reference axis not coaxial with said longitudinal axis; wherein, said needle moves relative to, and separately from, said reservoir with said needle being displaced from said first state and toward said second state, a needle driver for displacing said needle in a direction transverse to said longitudinal axis from a first state to a second state; and an actuator, wherein activation of said actuator causes: said spring to move said stopper from said first position and toward said second position; and said needle driver to displace said needle from said first state and toward said second state, said spring to move said stopper from said first position and toward said second position; and said needle driver to displace said needle from said first state and toward said second state, characterized in that, said drug delivery device further comprises a needle actuator released by activation of said actuator to displace relative to and interact with said needle driver to cause said needle driver to displace said needle from said first state and toward said second state.
A drug composition for use in a method of treating limb ischemia, the composition comprising; as active component, an adeno-associated virus type 1 inserted with a gene that codes for human PGIS (hPGIS) synthesising prostaglandin I2 which is a compound inducing one or more of the activities selected from the group consisting of vasodilation, anti-platelet aggregation and angiogenesis, and with a gene that codes for an angiogenesis factor, wherein; the angiogenesis factor is a vascular endothelial growth factor (VEGF); and PGI2 synthesised from the hPGIS gene induces production of VEGF.
A flux-switching magnetic machine comprising a drive element and a driven element, the drive element being configured to generate a composite magnetic field comprising a fixed component and a variable component, the fixed component of the magnetic field being generated by a sequence of spaced fixed field members disposed on said drive element and the variable magnetic field being generated by a sequence of spaced armature windings disposed on said drive element and configured to carry electrical current of at least three phases, wherein the driven element has a plurality of magnetisable portions configured to be coupled to the composite magnetic field generated by the drive element, such that the driven element moves in response to changes in the composite magnetic field generated by the drive element, characterised in that: the number of fixed field members is greater than the number of armature windings. the number of fixed field members is greater than the number of armature windings.