mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical formulation comprising at least one urushiol ester for use in desensitizing a subject against contact dermatitis caused by allergens contained in plants of the Anacardiaceae and Ginkgoaceae families of the following formula (I) wherein R 1 is an alkyl radical having 11 to 19 carbon atoms; and R 2 and R 3 are each independently a mono-amino acid ester radical or a di- or tripeptide ester radical of an amino acid or a dicarboxylic acid or a dicarboxylic acid anhydride, in sesame seed oil and about 2 to 12% by volume benzyl alcohol and about 5 to 10% by volume ethyl alcohol.
A system, comprising: a stimulator configured to deliver nerve stimulation for capturing a first set of axons in a nerve and to deliver depletion block stimulation for capturing a second set of axons in the nerve, the second set of axons being a subset of the first set of axons, the depletion block stimulation including a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz, the nerve stimulation including a series of pulses at a stimulation pulse frequency within a range of 0.25 Hz to 50 Hz; and at least one controller configured to communicate with the stimulator and control the depletion block stimulation and the nerve stimulation, at least a portion of the nerve stimulation and at least a portion of the depletion block stimulation being delivered such that a depletion block is provided by the depletion block stimulation in the second set of axons while the nerve stimulation is being delivered, wherein the controller is configured to control amplitude and/or pulse width of the depletion block stimulation pulses to capture the second set of axons, and wherein the controller is configured to control amplitude and/or pulse width of the nerve stimulation pulses to capture the first set of axons. a stimulator configured to deliver nerve stimulation for capturing a first set of axons in a nerve and to deliver depletion block stimulation for capturing a second set of axons in the nerve, the second set of axons being a subset of the first set of axons, the depletion block stimulation including a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz, the nerve stimulation including a series of pulses at a stimulation pulse frequency within a range of 0.25 Hz to 50 Hz; and at least one controller configured to communicate with the stimulator and control the depletion block stimulation and the nerve stimulation, at least a portion of the nerve stimulation and at least a portion of the depletion block stimulation being delivered such that a depletion block is provided by the depletion block stimulation in the second set of axons while the nerve stimulation is being delivered, wherein the controller is configured to control amplitude and/or pulse width of the depletion block stimulation pulses to capture the second set of axons, and wherein the controller is configured to control amplitude and/or pulse width of the nerve stimulation pulses to capture the first set of axons.
A yarn winder configured to wind yarns (Y) onto bobbins (B) attached to a winding shaft while traversing the yarns (Y) about fulcrum guides that are aligned in the axial direction of the winding shaft , the fulcrum guides being rollers each having a central axis, having outer circumferential surfaces on which the yarns (Y) are placed, and being arranged not to rotate about the central axis during yarn winding, the yarn winder comprising: a movement mechanism configured to move the fulcrum guides between winding positions where the yarn winding is performed and yarn threading positions where yarn threading is performed; and a rotation mechanism configured to automatically rotate at least one of the fulcrum guides about the central axis, when the movement mechanism moves the fulcrum guides between the winding positions and the yarn threading positions. the fulcrum guides being rollers each having a central axis, having outer circumferential surfaces on which the yarns (Y) are placed, and being arranged not to rotate about the central axis during yarn winding, the yarn winder comprising: a movement mechanism configured to move the fulcrum guides between winding positions where the yarn winding is performed and yarn threading positions where yarn threading is performed; and a rotation mechanism configured to automatically rotate at least one of the fulcrum guides about the central axis, when the movement mechanism moves the fulcrum guides between the winding positions and the yarn threading positions.
A feeding unit for feeding separated printed sheets (B) to a sheet-fed rotary printing press comprising one or a plurality of printing units (D1, D2) and/or inking modules, wherein the printing units (D1, D2) or inking modules are provided with a substructure of respective double-size transfer drums and impression cylinders , wherein the feeding unit is provided with a sheet feeder , a conveying unit, and a feed table , wherein, based on a single-size plate cylinder of one of the printing units (D1, D2), the feeding unit has a single-size or double-size feed drum (3.2), which is associated with a sheet-guiding cylinder of a first printing unit (D1) of the sheet-fed rotary printing press, characterized in that the conveying unit is embodied as an endless conveying system , which connects a lower feed drum (3.2) to an upper feed drum (3.1), and that the upper feed drum (3.1) is assigned to the sheet feeder , and that the conveying system is embodied as endless chain conveyor comprising rows of gripper systems supporting grippers , wherein the gripper systems are moved by a transport drive via conveyor chains , and wherein the conveyor chains guide the griper systems over the upper feed drum (3.1) and the lower feed drum (3.2) .
A speed display system, having a vehicle detection sensor and a display device on which at least the speed of a vehicle detected by the vehicle detection sensor can be displayed, and having a control device that recurrently controls the vehicle detection sensor for detecting the speed of a vehicle and controls the display device , characterized in that the control device has a location operating mode in which the location of the speed display system can be stored by a positioning device, in particular detectable by a GPS module, wherein the speed display system has a storage device in which the location of the speed display system can be stored, wherein parameters for setting the speed display system corresponding to a plurality of predetermined locations are stored in the storage device, and the parameters at the detected location which is one of the predetermined stored locations are automatically assigned by the control device.
A recombinant polynucleotide encoding a C-terminal truncated form of atypical CYS HIS rich thioredoxin 4 (ACHT4) protein, wherein said truncated form of ACHT4 protein has a deletion of the final 47-100 amino acids of the C-terminal portion of ACHT4.
A system for producing a plant , the system comprising: - an indoor environment; - a plurality of plant holders for growing and transporting a plant therein; - a controller for at least controlling temperature and humidity in the indoor environment; and wherein the plant holder comprises: - a semi-permeable foil defining a boundary between an interior space of the plant holder and an exterior space; - a reservoir , confining an amount of liquid in the interior space for feeding the plant, wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary. - an indoor environment; - a plurality of plant holders for growing and transporting a plant therein; - a controller for at least controlling temperature and humidity in the indoor environment; and - a semi-permeable foil defining a boundary between an interior space of the plant holder and an exterior space; - a reservoir , confining an amount of liquid in the interior space for feeding the plant, wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary. wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary.
A preform mould for manufacturing a preform for a wind turbine blade, the preform mould comprising one or more support elements and a plurality of strip members arranged on the one or more support elements , wherein at least one of the strip members comprises: a top surface extending between a first lateral edge and an opposing second lateral edge , characterized in that the at least one of the strip members further comprises a groove extending along the first lateral edge , and a tongue extending along the second lateral edge , wherein the strip members are arranged in juxtaposition, and wherein the tongue of a strip member is releasably fixed within the groove of an adjacent strip member , the respective top surfaces of the strip members forming a moulding surface for moulding the preform. a top surface extending between a first lateral edge and an opposing second lateral edge , characterized in that the at least one of the strip members further comprises a groove extending along the first lateral edge , and a tongue extending along the second lateral edge ,
An end effector for a surgical stapling instrument including an anvil , said end effector comprising: a staple cartridge , comprising: a deck comprising a deck surface and a plurality of apertures extending through said deck ; a plurality of staples , wherein each said staple comprises a base and at least two legs extending from said base , and wherein said legs at least partially extend into said apertures ; and a compressible tissue thickness compensator positioned above said deck surface , wherein said tissue thickness compensator comprises a tissue contacting surface ; and characterized by a staple cartridge support surface having a plurality of stationary drivers extending therefrom that are configured to support said bases of said staples , wherein said deck is configured to slide relative to said staple cartridge support surface between an unfired position and a fired position as said legs are deformed by the anvil , and wherein said deck is positioned closer to said bases of said staples in said fired position than said unfired position. a staple cartridge , comprising: a deck comprising a deck surface and a plurality of apertures extending through said deck ; a plurality of staples , wherein each said staple comprises a base and at least two legs extending from said base , and wherein said legs at least partially extend into said apertures ; and a compressible tissue thickness compensator positioned above said deck surface , wherein said tissue thickness compensator comprises a tissue contacting surface ; and a deck comprising a deck surface and a plurality of apertures extending through said deck ; a plurality of staples , wherein each said staple comprises a base and at least two legs extending from said base , and wherein said legs at least partially extend into said apertures ; and a compressible tissue thickness compensator positioned above said deck surface , wherein said tissue thickness compensator comprises a tissue contacting surface ; and characterized by a staple cartridge support surface having a plurality of stationary drivers extending therefrom that are configured to support said bases of said staples , wherein said deck is configured to slide relative to said staple cartridge support surface between an unfired position and a fired position as said legs are deformed by the anvil , and wherein said deck is positioned closer to said bases of said staples in said fired position than said unfired position.
Use of a heat exchanger for the supply of hot water, the heat exchanger comprising an outer case defining therein a tubular space , and a flat tube received in the tubular space , wherein a heating fluid and water to be heated are fed through the tubular space , outside and inside the flat tube , respectively, to exchange heat between the heating fluid and the water to be heated, wherein the flat tube has a peripheral wall having a surface area increasing shape, wherein a peripheral wall surface of the flat tube in the form of said increasing shape is placed in contact with an inner surface of said tubular space , characterized in that the tubular space has fluid passages formed on an inner periphery of the tubular space in contact with the inner surface through which the heating fluid flows in an entire length of a longitudinal direction of the tubular space outside of the flat tube , the fluid passages being defined by a large number of fluid flow rectifying grooves arranged parallel to each other. wherein the flat tube has a peripheral wall having a surface area increasing shape, wherein a peripheral wall surface of the flat tube in the form of said increasing shape is placed in contact with an inner surface of said tubular space , characterized in that the tubular space has fluid passages formed on an inner periphery of the tubular space in contact with the inner surface through which the heating fluid flows in an entire length of a longitudinal direction of the tubular space outside of the flat tube , the fluid passages being defined by a large number of fluid flow rectifying grooves arranged parallel to each other.
A wet chemical method for coating metal or metalloid surfaces with spin crossover compounds by stepwise applying components of said spin crossover compounds onto the surface to be coated, characterized in that a) said metal or metalloid surface, optionally following a pre-treatment, is contacted with a spacer comprising at least one anchor group capable of binding to said surface and at least one ligand group capable of coordinating transition metal cations, in order to obtain a surface coated with said spacer; b) said spacer-coated surface is contacted with a solution of a transition metal cation forming the central atom of said spin crossover compound in order to bind said transition metal cation to said at least one ligand group of said spacer; whereafter c) a solution of the remaining ligands of said spin crossover compounds is applied in order to form said spin crossover compound in situ on said surface, thus forming a layer of said spin crossover complex compound on said surface, without any interconnections or crosslinks between individual complexes. a) said metal or metalloid surface, optionally following a pre-treatment, is contacted with a spacer comprising at least one anchor group capable of binding to said surface and at least one ligand group capable of coordinating transition metal cations, in order to obtain a surface coated with said spacer; b) said spacer-coated surface is contacted with a solution of a transition metal cation forming the central atom of said spin crossover compound in order to bind said transition metal cation to said at least one ligand group of said spacer; whereafter c) a solution of the remaining ligands of said spin crossover compounds is applied in order to form said spin crossover compound in situ on said surface,
An electrical device comprising: a substrate having a receiving surface; a first electrode provided on the receiving surface; a second electrode provided on the receiving surface, the first and second electrode defining an area between them; and a plurality of printable semiconductor elements each positioned in electrical contact with said first and second electrodes, wherein said plurality of printable semiconductor elements are longitudinally oriented and not in physical contact with each other, wherein said printable semiconductor elements comprise a unitary inorganic semiconductor structure and wherein said printable semiconductor elements provide a fill factor between said first and second electrodes greater than or equal to 20%, wherein the fill factor between said first and second electrodes is defined as the percentage of the said area between said first and second electrodes that is occupied by a material, element and/or device component. a substrate having a receiving surface; a first electrode provided on the receiving surface; a second electrode provided on the receiving surface, the first and second electrode defining an area between them; and a plurality of printable semiconductor elements each positioned in electrical contact with said first and second electrodes, wherein said plurality of printable semiconductor elements are longitudinally oriented and not in physical contact with each other, wherein said printable semiconductor elements comprise a unitary inorganic semiconductor structure and wherein said printable semiconductor elements provide a fill factor between said first and second electrodes greater than or equal to 20%, wherein the fill factor between said first and second electrodes is defined as the percentage of the said area between said first and second electrodes that is occupied by a material, element and/or device component.
A method performed by a mission critical, MC, gateway, GW, user equipment, UE, supporting a multimedia broadcast multicast services, MBMS, in a wireless communication system, the method comprising: receiving, from an MC client, an MC GW MBMS bearer announcement including MBMS bearer related information; storing information associated with at least one temporary mobile group identity, TMGI; activating a monitoring of an MBMS bearer based on the at least one TMGI and other MBMS bearer related information; transmitting, to the MC client, an MC GW MBMS listening status report including non-3rd generation partnership project, 3GPP, transport resources related parameters, wherein transport resources are established between the MC client and the MC GW UE based on the non-3GPP transport resources related parameters; receiving, from an MC service server, MC service data over the MBMS bearer; and forwarding, to the MC client, the MC service data over the transport resources, wherein the MC client resides on a non-3GPP device. receiving, from an MC client, an MC GW MBMS bearer announcement including MBMS bearer related information; storing information associated with at least one temporary mobile group identity, TMGI; activating a monitoring of an MBMS bearer based on the at least one TMGI and other MBMS bearer related information; transmitting, to the MC client, an MC GW MBMS listening status report including non-3rd generation partnership project, 3GPP, transport resources related parameters, wherein transport resources are established between the MC client and the MC GW UE based on the non-3GPP transport resources related parameters; receiving, from an MC service server, MC service data over the MBMS bearer; and forwarding, to the MC client, the MC service data over the transport resources, wherein the MC client resides on a non-3GPP device.
A fabric wherein a composite yarn of fluororesin fibers A and fibers B other than fluororesin fibers is used for at least one of a warp yarn and a weft yarn, a mass ratio α of the fluororesin fibers A in the composite yarn is 5 to 70%, wherein the mass ratio α is measured by the method of the description, characterised in that a ratio X/Y of an area ratio X of the fluororesin fibers A in a fabric surface to a mass ratio Y of the fluororesin fibers A in the fabric is 1 or more and 5 or less, wherein the area ratio X is measured by the method of the description and the mass ratio Y is measured by the method of the description, and wherein the fibers B are fibers that are 7 cN/dtex or more in tensile strength, wherein the tensile strength is measured in accordance with 8.5 of JIS L1013: 2010 "Testing methods for man-made filament yarns". characterised in that a ratio X/Y of an area ratio X of the fluororesin fibers A in a fabric surface to a mass ratio Y of the fluororesin fibers A in the fabric is 1 or more and 5 or less, wherein the area ratio X is measured by the method of the description and the mass ratio Y is measured by the method of the description, and wherein the fibers B are fibers that are 7 cN/dtex or more in tensile strength, wherein the tensile strength is measured in accordance with 8.5 of JIS L1013: 2010 "Testing methods for man-made filament yarns".
A combustion chamber comprising an outer wall and an inner wall spaced from the outer wall , the outer wall having at least one mounting aperture extending there-through, the inner wall having at least one fastener extending there-from, the at least one fastener on the inner wall extending through a corresponding mounting aperture in the outer wall , a cooperating fastener locating on the at least one fastener extending through the corresponding mounting aperture and a washer positioned on the at least one fastener between the outer wall and the cooperating fastener , the washer having a first surface abutting an outer surface of the outer wall and a second surface abutting a surface of the cooperating fastener , the washer having a rim and a bore , the washer having at least one passage extending there-through from the rim to the bore , characterised in that the washer has a sleeve , the sleeve extending into the mounting aperture in the outer wall and the sleeve being arranged around the fastener to guide the flow of coolant around the fastener , and additionally or alternatively, the washer has at least one groove extending from the rim towards the bore on the first surface and/or the washer has at least one groove extending from the bore towards the rim on the second surface and/or the surface of the cooperating fastener abutting the second surface of the washer has at least one groove extending towards the bore of the washer , whereby a flow of coolant is provided to flow through the mounting aperture and around the at least one fastener .