mhurhangee/patent-ind-claim-en huggingface dataset:
A urinary catheter assembly comprising: a protective tip comprising: a generally tubular body portion defining an interior cavity ; and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity of the body portion ; and a urinary catheter at least partially positioned within the body portion and including at least one eye , wherein said at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) is at least partially received by said at least one eye of the urinary catheter . a protective tip comprising: a generally tubular body portion defining an interior cavity ; and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity of the body portion ; and a generally tubular body portion defining an interior cavity ; and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity of the body portion ; and a urinary catheter at least partially positioned within the body portion and including at least one eye , wherein said at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) is at least partially received by said at least one eye of the urinary catheter .
A pocket-emptying device for a vehicle door trim , comprising a tray comprising a concave housing and having a peripheral edge extending transversely with respect to the edge of the housing , said pocket-emptying device for the door trim being intended to be fixed to a door trim and to be sandwiched between said door trim and a door panel , in particular a door lining, in a vehicle door , said vacuum device A pocket for the lining of a vehicle door being characterized in that it comprises at least one reinforcing and connecting element , originating from the material of the pocket-emptying device and extending from the peripheral edge , said at least one reinforcing and connecting element being intended to come into mechanical contact with the door lining and to be fixed by welding to said door lining , said at least one reinforcing and connecting element extending from the peripheral edge , orthogonally to the plate, said at least one reinforcing and connecting element being intended to run along a lower portion of a side wall of the door trim .
A compound of formula (I): or a pharmaceutically acceptable salt thereof, wherein R 1 and R 2 are each independently selected from the group consisting of hydroxy, C 1-6 alkyl, C 1-6 haloalkyl, C 1-6 hydroxyalkyl, C 1-6 alkoxy, C 1-6 haloalkoxy, C 1-6 hydroxyalkoxy, nitro and pentafluorosulfanyl; m is 1 or 2; and n is 1 or 2. R 1 and R 2 are each independently selected from the group consisting of hydroxy, C 1-6 alkyl, C 1-6 haloalkyl, C 1-6 hydroxyalkyl, C 1-6 alkoxy, C 1-6 haloalkoxy, C 1-6 hydroxyalkoxy, nitro and pentafluorosulfanyl; m is 1 or 2; and n is 1 or 2.
A controller unit for recognizing a transmission to be received, wherein the controller unit is configured to: perform a determination whether a power of a receive signal, or a quantity derived from the power, lies within a limited interval, recognize a transmission to be received based on the determination that the power of the receive signal , or the quantity derived from the power, lies within the limited interval , recognize different power levels of the receive signal , or of the quantity derived from the power, and periods of time during which the different power levels are present, and rank the different time periods to recognize the time periods for the transmission to be received and/or to re-configure the receiver differently for different time periods. perform a determination whether a power of a receive signal, or a quantity derived from the power, lies within a limited interval, recognize a transmission to be received based on the determination that the power of the receive signal , or the quantity derived from the power, lies within the limited interval , recognize different power levels of the receive signal , or of the quantity derived from the power, and periods of time during which the different power levels are present, and rank the different time periods to recognize the time periods for the transmission to be received and/or to re-configure the receiver differently for different time periods.
A urinary catheter set, comprising: a collection bag having an interior which is the space in which urine collects when the collection bag is in use; and a urinary catheter ; the entire catheter being inside the space in which urine collects, the collection bag being configured as a package for the set, and the collection bag is the only package for the set. a collection bag having an interior which is the space in which urine collects when the collection bag is in use; and a urinary catheter ; the entire catheter being inside the space in which urine collects, the collection bag being configured as a package for the set, and the collection bag is the only package for the set.
An orthopedic device comprising: a patient-specific alignment guide configured for a first vertebra of a spinal column of a specific patient, the alignment guide including a U-shaped guide body having first and second legs joined at a distal portion , the distal portion having a patient-specific surface that is configured as a mirror or negative surface preoperatively configured to conformingly contact and mate with a corresponding bone surface of a spinous process of the first vertebra of the specific patient, the first and second legs having corresponding first and second hooks configured to mate with corresponding portions of first and second transverse processes of the first vertebra wherein the first and second legs define an opening configured to provide clearance for a spinous process of a second vertebra that is adjacent and superior to the first vertebra , the opening being on an opposite side of the distal portion as the patient-specific surface preoperatively configured to mate with the corresponding surface of the spinous process of the first vertebra , characterized by an arcuate bridge connecting the first and second legs . a patient-specific alignment guide configured for a first vertebra of a spinal column of a specific patient, the alignment guide including a U-shaped guide body having first and second legs joined at a distal portion , the distal portion having a patient-specific surface that is configured as a mirror or negative surface preoperatively configured to conformingly contact and mate with a corresponding bone surface of a spinous process of the first vertebra of the specific patient, the first and second legs having corresponding first and second hooks configured to mate with corresponding portions of first and second transverse processes of the first vertebra wherein the first and second legs define an opening configured to provide clearance for a spinous process of a second vertebra that is adjacent and superior to the first vertebra , the opening being on an opposite side of the distal portion as the patient-specific surface preoperatively configured to mate with the corresponding surface of the spinous process of the first vertebra , characterized by an arcuate bridge connecting the first and second legs .
A mechanical winch with improved safety of a control mechanism, characterized in that levers of the control mechanism are hidden inside a rigid protective housing , which is attached to the winch or the said protective housing is a part of the winch housing, wherein a part of a first rope for activation of pulling and a part of a second rope for deactivation of a brake are in the said protective housing , wherein the said ropes are led to the exterior of the protective housing through an opening in the protective housing .
A method for wireless communication, comprising: identifying a transport block for transmission comprising an information component and an error detection code; transmitting a first encoded message during a first transmission time, the first encoded message obtained by encoding the transport block cyclically shifted a first bit length, said first bit length being a product of the first transmission time and a preconfigured cyclic bit shift per transmission time; and transmitting a second encoded message during a second transmission time, the second encoded message obtained by encoding the transport block cyclically shifted a second bit length, said second bit length being a product of the second transmission time and the preconfigured cyclic bit shift per transmission time, wherein a relative time distance between the first transmission time and the second transmission time in conjunction with the preconfigured cyclic bit shift per transmission time conveys an indication of the difference between the first bit length and the second bit length. identifying a transport block for transmission comprising an information component and an error detection code; transmitting a first encoded message during a first transmission time, the first encoded message obtained by encoding the transport block cyclically shifted a first bit length, said first bit length being a product of the first transmission time and a preconfigured cyclic bit shift per transmission time; and transmitting a second encoded message during a second transmission time, the second encoded message obtained by encoding the transport block cyclically shifted a second bit length, said second bit length being a product of the second transmission time and the preconfigured cyclic bit shift per transmission time, wherein a relative time distance between the first transmission time and the second transmission time in conjunction with the preconfigured cyclic bit shift per transmission time conveys an indication of the difference between the first bit length and the second bit length.
A catalytic article for treating an exhaust gas stream containing one or more of NOx, hydrocarbons, CO, SOx and ammonia from a combustion turbine, which catalytic article comprising: (a) a substrate having an inlet end and an outlet end defining an axial length, wherein the substrate is a honeycomb or a plate; (b) an oxidation layer comprising an oxidation catalyst comprising one or more noble metals, the oxidation layer being positioned on the substrate and covering the axial length of the substrate; and (c) an SCR layer comprising an SCR catalyst, the SCR layer being positioned on the oxidation layer and overlapping a portion of the oxidation layer, wherein the portion is less than 100% characterised in that the SCR layer comprises a first SCR catalyst and a second SCR catalyst, wherein the first SCR catalyst is different from the second SCR catalyst and the first SCR catalyst is located upstream of the second SCR catalyst. (a) a substrate having an inlet end and an outlet end defining an axial length, wherein the substrate is a honeycomb or a plate; (b) an oxidation layer comprising an oxidation catalyst comprising one or more noble metals, the oxidation layer being positioned on the substrate and covering the axial length of the substrate; and (c) an SCR layer comprising an SCR catalyst, the SCR layer being positioned on the oxidation layer and overlapping a portion of the oxidation layer, wherein the portion is less than 100%
Device for cleaning and polishing connections of underwater equipment, comprising: a connecting element designed to be connected to a torque generating device; a cleaning fluid discharging device comprising at least one tank of cleaning fluid, and a cleaning element connected to the tank of cleaning fluid of the discharging device via a support for the cleaning element , in which the support for the cleaning element comprises at least one channel that connects the at least one tank of cleaning fluid to the cleaning element characterized in that : the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber , said piston isolating the tank of cleaning fluid from the actuating chamber , the actuating chamber comprising means for actuating the piston , exerting pressure (P 1 ) on the cleaning fluid contained in the tank , in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA ), and in that the means for actuating the piston comprise an elastic element. a connecting element designed to be connected to a torque generating device; a cleaning fluid discharging device comprising at least one tank of cleaning fluid, and a cleaning element connected to the tank of cleaning fluid of the discharging device via a support for the cleaning element , in which the support for the cleaning element comprises at least one channel that connects the at least one tank of cleaning fluid to the cleaning element characterized in that : the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber , said piston isolating the tank of cleaning fluid from the actuating chamber , the actuating chamber comprising means for actuating the piston , exerting pressure (P 1 ) on the cleaning fluid contained in the tank , in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA ), and in that the means for actuating the piston comprise an elastic element. the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber , said piston isolating the tank of cleaning fluid from the actuating chamber , the actuating chamber comprising means for actuating the piston , exerting pressure (P 1 ) on the cleaning fluid contained in the tank , in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA ), and in that the means for actuating the piston comprise an elastic element.
A polyethylene multifilament interlaced yarn comprising filaments having a weight average molecular weight of 90,000 to 300,000 g/mol, a tenacity of 12 to 20 g/d, and a degree of entanglement of 10 nodes/m or more, wherein the degree of entanglement is measured according to ASTM D4724.
Method for producing an element provided with a seamless cover , in particular a vehicle seat, wherein - a moulding (1.2) is applied to a carrier and secured to the carrier , and wherein - the carrier provided with the secured moulding (1.2) is applied to a non-visible surface side (2.2) facing away from the visible surface side (2.1) of the cover with the moulding-free surface side and is connected to the cover by a material bond, and wherein the seamless cover has a homogeneous outer contour formed by the moulding (1.2), wherein the moulding (1.2) is first of all secured to the carrier and the latter is subsequently connected to the cover by a material bond, wherein the moulding (1.2) is applied as a tab, pocket or loop. - a moulding (1.2) is applied to a carrier and secured to the carrier , and wherein - the carrier provided with the secured moulding (1.2) is applied to a non-visible surface side (2.2) facing away from the visible surface side (2.1) of the cover with the moulding-free surface side and is connected to the cover by a material bond, and wherein the seamless cover has a homogeneous outer contour formed by the moulding (1.2), wherein the moulding (1.2) is first of all secured to the carrier and the latter is subsequently connected to the cover by a material bond, wherein the moulding (1.2) is applied as a tab, pocket or loop.
Apparatus for conveying container closures , comprising a conveying channel , which extends along a main axis (HA) and has at least one sliding surface , which forms a channel base, and at least a first and a second guiding surface , wherein the guiding surfaces are arranged opposite one another laterally along the channel base for the purpose of guiding the container closures conveyed in a conveying direction (FR), wherein the apparatus comprises a leading-out device for leading the container closures out of the conveying channel , wherein the leading-out device has at least one deflecting arrangement with at least one rotatable deflecting element , wherein the deflecting element can be moved from at least one basic position (P1) into at least one leading-out position (P2) by means of rotational movement about an axis of rotation (DA), wherein the deflecting element has a first and a second wall (8.1, 8.2), which in the basic position (P1) of the deflecting element form a respective first and second guiding-surface portion as part of the first and the second guiding surface of the conveying channel , and wherein, in the leading-out position (P2), the deflecting element exposes an outlet opening in the conveying channel , characterised in that the deflecting element comprises at least one basic body, which has a basic body axis (GA), wherein the basic body is configured such as to surround at least in sections a component of the conveying channel which forms the channel base, and wherein, for this purpose, the basic body has a free space in its interior for the at least partial reception of the component of the conveying channel which forms the channel base. wherein the apparatus comprises a leading-out device for leading the container closures out of the conveying channel , wherein the leading-out device has at least one deflecting arrangement with at least one rotatable deflecting element , wherein the deflecting element can be moved from at least one basic position (P1) into at least one leading-out position (P2) by means of rotational movement about an axis of rotation (DA), wherein the deflecting element has a first and a second wall (8.1, 8.2), which in the basic position (P1) of the deflecting element form a respective first and second guiding-surface portion as part of the first and the second guiding surface of the conveying channel , and wherein, in the leading-out position (P2), the deflecting element exposes an outlet opening in the conveying channel , characterised in that the deflecting element comprises at least one basic body, which has a basic body axis (GA), wherein the basic body is configured such as to surround at least in sections a component of the conveying channel which forms the channel base, and wherein, for this purpose, the basic body has a free space in its interior for the at least partial reception of the component of the conveying channel which forms the channel base.
A crystalline polymorph of the compound of formula I which has a powder X-ray diffraction pattern comprising one 2θ angle value at 9.4 ± 0.2, one 2θ angle value at 10.3 ± 0.2 and at least three 2θ angle values selected from the group consisting of 8.1 ± 0.2, 11.6 ± 0.2, 12.0 ± 0.2, 13.9 ± 0.2, 14.8 ± 0.2, 16.0 ± 0.2, 18.2 ± 0.2, 18.8 ± 0.2, 20.4 ± 0.2, 20.6 ± 0.2, 21.2 ± 0.2, 21.7 ± 0.2, 21.9 ± 0.2, 22.1 ± 0.2, 22.4 ± 0.2, and 23.4 ± 0.2.
A device, comprising a resiliently deformable tubular body for positioning in a body lumen defined by a body wall, the tubular body comprising a braid of interwoven bioabsorbable polymeric fibers and resiliently deformable metal wires, wherein the bioresorbable polymeric fibers comprise a bioresorbable polymeric material, wherein the braid comprises at least 38 polymeric fibers and 2, 3, 4, 5, 6, 7, 8, 9, 10, or 12 resiliently deformable metal wires, wherein the braid has a porosity in a range from 60% to 80% when in an expanded configuration, wherein the resiliently deformable metal wires are configured to facilitate and/or maintain radial and/or axial expansion of the tubular body in the lumen and comprise a radio-opaque material configured to facilitate imaging, and wherein the polymeric fibers have been shape set but the metal wires have not been shape set. a braid of interwoven bioabsorbable polymeric fibers and resiliently deformable metal wires, wherein the bioresorbable polymeric fibers comprise a bioresorbable polymeric material, wherein the braid comprises at least 38 polymeric fibers and 2, 3, 4, 5, 6, 7, 8, 9, 10, or 12 resiliently deformable metal wires, wherein the braid has a porosity in a range from 60% to 80% when in an expanded configuration, wherein the resiliently deformable metal wires are configured to facilitate and/or maintain radial and/or axial expansion of the tubular body in the lumen and comprise a radio-opaque material configured to facilitate imaging, and wherein the polymeric fibers have been shape set but the metal wires have not been shape set.
An antenna comprising: a first pair of electrically conducting fed lands disposed in a first plane (X, Y); antenna feed means for each fed land of the pair of electrically conducting fed lands , the first pair of lands fed being symmetric about, and spaced-apart from an imaginary line (Y-Y) on the first plane; a second pair of spaced-apart electrically conducting non-fed lands or a single non-fed land, disposed in said first plane (X, Y), and being electrically-insulated from the first pair of fed lands , wherein the non-fed lands or single non-fed land are configured to act as parasitic lands to the fed lands ; and a ground plane oriented in a plane substantially parallel to the first plane, the said second pair of non-fed lands or said single non-fed land being spaced-apart from the first pair of fed lands along said imaginary line (Y-Y); the said second pair of non-fed lands or said single non-fed land are symmetric about said imaginary line; the ground plane is spaced apart from the lands in the first plane by a value from about 1/24λ to 1/6λ, wherein λ is the wavelength of a frequency of operation of the antenna; and each land of the first pair of fed lands is connected to the antenna feed means at or towards an edge of that land which edge is adjacent to the imaginary line (Y-Y) and towards an edge of that land which edge is remote from the non-fed lands or single non-fed land. a first pair of electrically conducting fed lands disposed in a first plane (X, Y); antenna feed means for each fed land of the pair of electrically conducting fed lands , the first pair of lands fed being symmetric about, and spaced-apart from an imaginary line (Y-Y) on the first plane; a second pair of spaced-apart electrically conducting non-fed lands or a single non-fed land, disposed in said first plane (X, Y), and being electrically-insulated from the first pair of fed lands , wherein the non-fed lands or single non-fed land are configured to act as parasitic lands to the fed lands ; and a ground plane oriented in a plane substantially parallel to the first plane, the said second pair of non-fed lands or said single non-fed land being spaced-apart from the first pair of fed lands along said imaginary line (Y-Y); the said second pair of non-fed lands or said single non-fed land are symmetric about said imaginary line; the ground plane is spaced apart from the lands in the first plane by a value from about 1/24λ to 1/6λ, wherein λ is the wavelength of a frequency of operation of the antenna; and each land of the first pair of fed lands is connected to the antenna feed means at or towards an edge of that land which edge is adjacent to the imaginary line (Y-Y) and towards an edge of that land which edge is remote from the non-fed lands or single non-fed land.