mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a digital data driver for generating a digital signal for communication to a digital data receiver at a selected clock rate, characterized in that the digital data driver is configured to: receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver; when generating the digital signal, control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency. a digital data driver for generating a digital signal for communication to a digital data receiver at a selected clock rate, characterized in that the digital data driver is configured to: receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver; when generating the digital signal, control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency. receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver; when generating the digital signal, control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions (302, 304) based on the frequency.
A compound of Formula 1, wherein, R is a bromo, methyl, phenyl, nitro, hydrogen or CONH 2; R 1 is a benzyl, 2,6-dimethylphenyl or cyclohexyl; and R 2 is methoxy, benzyloxy or hydroxy; for use in treating cancer.
A binaural hearing aid system (10; 10'; 10") comprising two hearing instruments (16, 18; 16', 18'; 16", 18"; 16"', 18"') each configured to be worn by a user on either side of the head, wherein each of said hearing instruments (16, 18; 16', 18'; 16", 18"; 16"', 18"') comprises - an input transducer (36, 36', 38, 38') for receiving a sound signal from the environment and for generating an electrical signal (60, 60', 62, 62') from the received sound signal, and - a signal processing unit (40, 40'), one of the signal processing units of the binaural hearing system (10; 10'; 10") comprises a frequency filter unit comprising frequency filters (48, 50) for generating a higher frequency part and a lower frequency part of an electrical signal and the other signal processing unit comprises a frequency filter unit comprising frequency filters for generating a lower frequency part of an electrical signal, one of the hearing instruments (16'; 16"; 16"') comprises a transmitter unit configured to transmit said higher frequency part of said electrical signal and the other one of the hearing instruments (18'; 18"; 18"') comprises a receiver unit configured to receive said higher frequency part of said electrical signal, one of the signal processing units comprises a processing unit for processing said higher frequency part of said electrical signal with a processing filter (74, 76) prior to transmission or for processing said higher frequency part of said electrical signal after reception of said higher frequency part by the receiver unit with a processing filter (74, 76), and one of the signal processing units (40, 40') is configured for generating a processed electrical signal (72, 72') from a combination of the lower frequency part (66, 68) and the higher frequency part of said electrical signal or of the lower frequency part and the higher frequency part of the electrical signal processed with said processing filter (74, 76). - an input transducer (36, 36', 38, 38') for receiving a sound signal from the environment and for generating an electrical signal (60, 60', 62, 62') from the received sound signal, and - a signal processing unit (40, 40'),
Beam transformation device for light, comprising a plurality of cylindrical lens arrays, characterised in that the cylindrical lens arrays are arranged annularly adjacent to one another and each comprise cylindrical lenses having cylinder axes oriented at an angle (γ) of 45° with respect to the radial direction of the annular arrangement.
Wiper blade comprising a rubber structure, characterized in that said structure is formed from an elastomer matrix comprising: from 25 to 60 parts by weight per hundred parts by weight of elastomer, phr, of natural rubber; and from 40 to 75 phr of polybutadiene and that said structure further comprises 4 to 20 phr of an oil and at least 4 phr of a mixture of protective agents, said mixture of protective agents comprising from 1 to 3 phr of at least one antiozonizing agent and from 1 to 6 phr of at least one antioxidant. from 25 to 60 parts by weight per hundred parts by weight of elastomer, phr, of natural rubber; and from 40 to 75 phr of polybutadiene
An artificial insemination device comprising: a condom comprising: a sheath; a reinforced cup that caps one end of the sheath, thereby having an inner concave surface and an outer convex surface; a delivery handle comprising an elongate extension sized and shaped to contact the outer convex surface of the condom cup; and, a pull-string attachable to the outer convex surface of the condom; wherein the device is transitionable from: (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom. a sheath; a reinforced cup that caps one end of the sheath, thereby having an inner concave surface and an outer convex surface; a delivery handle comprising an elongate extension sized and shaped to contact the outer convex surface of the condom cup; and, a pull-string attachable to the outer convex surface of the condom; wherein the device is transitionable from: (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom. (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom.
Pharmaceutical composition containing a corticosteroid together with a cytokine antagonist, a further cytokine antagonist and optionally a growth factor, wherein the cytokine antagonist is the recombinant interleukin antagonist IL-1RA protein, especially anakinra, the further cytokine antagonist is the naturally occurring interleukin antagonist IL-1RA protein, especially orthokine, and wherein the pharmaceutical composition is suitable for a local application.
A chamber for real-time analysis of a generated gas in a secondary battery, comprising: a first housing; a second housing which is thermally conductive and surrounding the first housing; an inlet for connecting a pump module for generating a flow of an induction medium into the chamber, and an outlet for connecting an analysis module for analyzing the generated gas in the secondary battery by the flow of the induction medium; a temperature sensor for detecting temperature of the secondary battery or temperature inside the chamber; and a heating member for heating the secondary battery, wherein the heating member is inserted in the second housing, characterized in that the first housing is insulative, wherein a secondary battery is mounted in an inner space surrounded by the first housing. a first housing; a second housing which is thermally conductive and surrounding the first housing; an inlet for connecting a pump module for generating a flow of an induction medium into the chamber, and an outlet for connecting an analysis module for analyzing the generated gas in the secondary battery by the flow of the induction medium; a temperature sensor for detecting temperature of the secondary battery or temperature inside the chamber; and a heating member for heating the secondary battery, wherein the heating member is inserted in the second housing, characterized in that the first housing is insulative, wherein a secondary battery is mounted in an inner space surrounded by the first housing.
A composition for producing a high performance glass fiber, comprising the following components with corresponding percentage amounts by weight: SiO 2 52-67% Al 2 O 3 12-24% Sm 2 O 3 +Gd 2 O 3 0.05-4.5% Sm 2 O 3 0.05-3% R 2 O=Li 2 O+Na 2 O+K 2 O <2% Li 2 O 0.1-1.5% CaO+MgO+SrO 10-24% CaO <16% MgO <13% TiO 2 <3% Fe 2 O 3 <1.5% wherein a weight percentage ratio C1= (Li 2 O+Sm 2 O 3 +Gd 2 O 3)/Al 2 O 3 is 0.02-0.15.
A gas-heated infrared radiation emitter comprising a burner plate, said burner plate serving as a combustion surface, and a radiating screen positioned on the combustion surface side of said burner plate, said radiating screen being formed by a mesh material or material with open pores, and having an inner face oriented towards the combustion surface side of the burner plate, the inner surface of the screen comprising at least a first portion and a second portion offset from one another in relation to the combustion surface, such that the distance between the combustion surface and the first portion is less than the distance between the combustion surface and the second portion characterised in that the screen also has an outer face opposite the inner face, the outer face being substantially planar and parallel to the two offset portions (16, 18) of the inner face such that the thickness of the screen in the first portion is greater than the thickness of the screen in the second portion.
A diesel engine fuel injection pipe comprising an orifice member having an outside diameter smaller than or substantially equal to the diameter of a pipe conduit in the injection pipe, inside of at least one end or the vicinity of the end of the diesel engine fuel injection pipe, the end having a connection head with a conical or spherical seat surface, and a fastening nut; the vicinity of an outer circumferential part of an end of the orifice member itself on the side opposite to a distal end of the injection pipe being fixedly wedged by a reduced diameter portion of the pipe conduit in the injection pipe; the vicinity of an outer circumferential part of an end of the orifice member itself on the side of the distal end of the injection pipe being fixedly wedged by a reduced diameter portion of the pipe conduit in the injection pipe; such reduced diameter portions (4, 5) of the pipe conduit being composed of an evaginated portion formed by pressure buckling processing of the connection head,; wherein, the orifice member is in such a position that the end of the orifice member on the side of the distal end of the injection pipe projects further outward than the distal end of the connection head or is at least substantially flush with the distal end of the connection head and wherein the length h from the end face of the connection head to the end face of the orifice member on the side opposite to the distal end of the injection pipe along the axial direction of the injection pipe is not more than 1.3 times as long as the length H from the end face of the connection head to a part below a neck of the connection head along the axial direction of the injection pipe.
Microfluidic device having the following features: a chamber substrate with a fluid chamber for accommodating a fluid; a cover substrate with a punch opening, wherein the punch opening is arranged opposite a fluid chamber opening of the fluid chamber; a flexible diaphragm which is arranged between the chamber substrate and the cover substrate and spans the punch opening and the fluid chamber; and a punch unit which is designed to move into the fluid chamber through the punch opening in order to deflect the diaphragm into the fluid chamber in order to allow the fluid to flow out of the fluid chamber when the fluid is accommodated in the fluid chamber, characterized by a channel which extends on a side of the diaphragm facing the chamber substrate and which is fluidically connected to the fluid chamber, wherein the channel has a channel extension, and the cover substrate has a venting opening which opens into the channel extension, wherein the punch opening is arranged between the venting opening and the channel, and wherein the diaphragm does not span the venting opening. a chamber substrate with a fluid chamber for accommodating a fluid; a cover substrate with a punch opening, wherein the punch opening is arranged opposite a fluid chamber opening of the fluid chamber; a flexible diaphragm which is arranged between the chamber substrate and the cover substrate and spans the punch opening and the fluid chamber; and a punch unit which is designed to move into the fluid chamber through the punch opening in order to deflect the diaphragm into the fluid chamber in order to allow the fluid to flow out of the fluid chamber when the fluid is accommodated in the fluid chamber, characterized by a channel which extends on a side of the diaphragm facing the chamber substrate and which is fluidically connected to the fluid chamber, wherein the channel has a channel extension, and the cover substrate has a venting opening which opens into the channel extension, wherein the punch opening is arranged between the venting opening and the channel, and wherein the diaphragm does not span the venting opening.
A saddle riding type vehicle, comprising: a cowl that laterally covers a vehicle body, wherein the cowl has an inclined surface that is inclined so as to be disposed on a more inner side in a vehicle width direction toward an inferior direction, and the cowl further includes a protrusion disposed at a lower portion of the cowl, the protrusion protruding in a horizontal direction and being continuous in an anterior-posterior direction; characterized in that the saddle riding type vehicle further comprises: an under cowl that covers the vehicle body from below, wherein the cowl is a middle cowl disposed superior to the under cowl, the under cowl has a cut-out at a portion thereof covering part of the middle cowl, and the protrusion is disposed in the cut-out. a cowl that laterally covers a vehicle body, wherein the cowl has an inclined surface that is inclined so as to be disposed on a more inner side in a vehicle width direction toward an inferior direction, and the cowl further includes a protrusion disposed at a lower portion of the cowl, the protrusion protruding in a horizontal direction and being continuous in an anterior-posterior direction; an under cowl that covers the vehicle body from below, wherein the cowl is a middle cowl disposed superior to the under cowl, the under cowl has a cut-out at a portion thereof covering part of the middle cowl, and the protrusion is disposed in the cut-out.
Use of a composition as a stabilizer of the pH and the viscosity in a coating composition, wherein the composition comprises at least one type of water glass, and at least one polysaccharide-based biopolymer, wherein the molar ratio of SiO 2 to M 2 O in the at least one type of water glass is from 0.1 to 5, wherein M is selected from Li, Na, K, and NR 4 and each R is independently H, a linear or branched C 1 -C 10 alkyl or alkenyl, an aromatic group, or an alicyclic group, wherein the coating composition is an emulsion paint, a silicone paint, a lime paint, a glue and adhesive paint, a latex paint, an artists' color, a DIY paint, a clay paint, a building paint, a glaze, an impregnation, an industrial paint, a road marking paint, a wall paint, an acrylic plaster, an emulsion plaster, a silicone resin plaster, a SiSi plaster, a primer, a water repellent, an oleophobing agent, a spackling paste or a coating composition on the basis of soluble silicates, silicate-emulsions, organo-silanes, silicones, or sol-silicate. at least one type of water glass, and at least one polysaccharide-based biopolymer, wherein the molar ratio of SiO 2 to M 2 O in the at least one type of water glass is from 0.1 to 5, wherein M is selected from Li, Na, K, and NR 4 and each R is independently H, a linear or branched C 1 -C 10 alkyl or alkenyl, an aromatic group, or an alicyclic group, wherein the coating composition is an emulsion paint, a silicone paint, a lime paint, a glue and adhesive paint, a latex paint, an artists' color, a DIY paint, a clay paint, a building paint, a glaze, an impregnation, an industrial paint, a road marking paint, a wall paint, an acrylic plaster, an emulsion plaster, a silicone resin plaster, a SiSi plaster, a primer, a water repellent, an oleophobing agent, a spackling paste or a coating composition on the basis of soluble silicates, silicate-emulsions, organo-silanes, silicones, or sol-silicate.
A computer-implemented method comprising: accessing a digital map, the digital map representing locations and including information about the represented locations; determining a location of a viewpoint associated with a mobile device; generating a street-level view depicting a scene from a perspective of the location of the viewpoint according to the digital map; determining step by step directions with route paths in street-level views between a starting point and a destination; generating a depiction of a route path by: superimposing the route path over the street-level view; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by displaying the depiction of the route path superimposed over the street-level view on the mobile device, the displayed route path being depicted as occluded by the physical object at the determined portion, the occlusion varying according to the varying thickness of the physical object. accessing a digital map, the digital map representing locations and including information about the represented locations; determining a location of a viewpoint associated with a mobile device; generating a street-level view depicting a scene from a perspective of the location of the viewpoint according to the digital map; determining step by step directions with route paths in street-level views between a starting point and a destination; generating a depiction of a route path by: superimposing the route path over the street-level view; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by superimposing the route path over the street-level view; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by displaying the depiction of the route path superimposed over the street-level view on the mobile device, the displayed route path being depicted as occluded by the physical object at the determined portion, the occlusion varying according to the varying thickness of the physical object.
A carrier substrate comprising an insulating layer and a metal layer, wherein the metal layer, in a primary direction running parallel to the main extension plane, ends at least in some areas with a sidewall profile, in particular an etched sidewall profile, wherein, viewed in the primary direction, the sidewall profile extends from a first edge on an upper side of the metal layer, which faces away from the insulating layer, to a second edge on a bottom side of the metal layer, which faces the insulating layer, wherein the sidewall profile has at least one local maximum and at least one local minimum when viewed in the primary direction, characterised in that the local maximum is part of a dome-shaped convexity. wherein the metal layer, in a primary direction running parallel to the main extension plane, ends at least in some areas with a sidewall profile, in particular an etched sidewall profile, wherein, viewed in the primary direction, the sidewall profile extends from a first edge on an upper side of the metal layer, which faces away from the insulating layer, to a second edge on a bottom side of the metal layer, which faces the insulating layer, wherein the sidewall profile has at least one local maximum and at least one local minimum when viewed in the primary direction, characterised in that the local maximum is part of a dome-shaped convexity.
Reservoir for a nebuliser or inhaler, having a fluid chamber for a fluid, particularly a medicament formulation, and having a closure that seals the fluid chamber, comprising a first closure member and a second closure member, the two closure members (26, 27) being connected to each other in a fluidtight manner in an attachment region, wherein the closure comprises a barrier arranged on the fluid side with respect to the attachment region, to prevent the ingress of any particles potentially produced during the attachment of the closure members (26, 27) or other contaminants into the fluid and/or into the fluid chamber, characterised in that the barrier is axially and radially spaced from the attachment region and is arranged in a radially circumferential manner, concentrically with respect to the attachment region, the barrier being formed by a press fit of the two closure members (26, 27), the closure members (26, 27) engaging conically in one another in an abutment region and the two closure members (26, 27) being inclined in the abutment region with respect to a longitudinal axis of the reservoir.