mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically actuatable parking brake device for a vehicle, comprising an electrically actuatable bistable valve having - a first port that is connected via a first line section to a compressed air supply inlet of the parking brake device and via a second line section to a first output port for a trailer control module, - a second port that directly or indirectly effects a change in pressure at a spring-loaded brake cylinder port via a third line section and is connected via a fourth line section to a second output port for a trailer control module, - a third port that is connected to an air vent , - there also being provided a relay valve having a pneumatic control inlet , this pneumatic control inlet being connected via the third line section to the second port in order indirectly to effect the change in pressure at the spring-loaded brake cylinder port , characterised in that an electric motor switches the electrically operated bistable valve between a first switching position and a second switching position via a drive , and that arranged in the first line section is a brake test valve device suitable for venting the pneumatic control inlet independently of a pressure level provided at the second port . - a first port that is connected via a first line section to a compressed air supply inlet of the parking brake device and via a second line section to a first output port for a trailer control module, - a second port that directly or indirectly effects a change in pressure at a spring-loaded brake cylinder port via a third line section and is connected via a fourth line section to a second output port for a trailer control module, - a third port that is connected to an air vent , - there also being provided a relay valve having a pneumatic control inlet , this pneumatic control inlet being connected via the third line section to the second port in order indirectly to effect the change in pressure at the spring-loaded brake cylinder port , - a third port that is connected to an air vent , - there also being provided a relay valve having a pneumatic control inlet , this pneumatic control inlet being connected via the third line section to the second port in order indirectly to effect the change in pressure at the spring-loaded brake cylinder port ,
Airplane comprising a lifting element, a fuselage and a girder for coupling the lifting element with the fuselage , wherein the fuselage comprises a former for seating and fixing the girder , wherein the former comprises an insert placed in an opening in the former , wherein the insert has an inner shape that represents the outer shape of an end of the girder , characterized in that the insert has an outer shape that represents the inner shape of the former of the fuselage , wherein the height of the insert as measured along the opening in the former corresponds to at most a half of the depth of the opening in the former .
A liquid composition comprising: a polymerizable compound; and a solvent being compatible with the polymerizable compound, wherein the liquid composition can form a porous resin, wherein the liquid composition, when stirred, transmits at least 30 percent of incident light having a wavelength of 550 nm, wherein the transmission of light is measured by a transmission measuring device, wherein the liquid composition is infused into a quartz cell for measuring the transmission of light, and wherein, when an element comprising the liquid composition is cured, a haze value of the element increases by 1.0 percent or more, measured according to the method in the description, wherein the porous resin is formed in a process of polymerization of the polymerizable compound in which the solvent becomes incompatible with a polymer of the polymerizable compound, wherein the liquid composition contains zero or 10.0 percent by mass or less relative to the total amount of the liquid composition of a liquid that is not a porogen. a polymerizable compound; and a solvent being compatible with the polymerizable compound, wherein the liquid composition can form a porous resin, wherein the liquid composition, when stirred, transmits at least 30 percent of incident light having a wavelength of 550 nm, wherein the transmission of light is measured by a transmission measuring device, wherein the liquid composition is infused into a quartz cell for measuring the transmission of light, and wherein, when an element comprising the liquid composition is cured, a haze value of the element increases by 1.0 percent or more, measured according to the method in the description, wherein the porous resin is formed in a process of polymerization of the polymerizable compound in which the solvent becomes incompatible with a polymer of the polymerizable compound, wherein the liquid composition contains zero or 10.0 percent by mass or less relative to the total amount of the liquid composition of a liquid that is not a porogen.
A fiber-reinforced thermoplastic resin kneading method for obtaining a fiber-reinforced thermoplastic resin by using a plasticizing apparatus , the plasticizing apparatus including a cylinder and a screw inserted into the cylinder , the method comprising: supplying a thermoplastic resin and reinforcing fibers to the cylinder and rotating the screw , wherein the reinforcing fibers are supplied from a plurality of different locations in the cylinder when the reinforcing fibers are supplied into the cylinder , characterized in that the plasticizing apparatus is configured such that a clearance between a bore of the cylinder and the crest of the screw becomes larger on a downstream side (R2) than on an upstream side (R1) from a predetermined cylinder position, wherein at least one of the plurality of locations is located downstream of the predetermined cylinder position, and wherein the reinforcing fibers are supplied into the cylinder from the at least one of the plurality of locations downstream of the predetermined cylinder position. supplying a thermoplastic resin and reinforcing fibers to the cylinder and rotating the screw , wherein the reinforcing fibers are supplied from a plurality of different locations in the cylinder when the reinforcing fibers are supplied into the cylinder , characterized in that the plasticizing apparatus is configured such that a clearance between a bore of the cylinder and the crest of the screw becomes larger on a downstream side (R2) than on an upstream side (R1) from a predetermined cylinder position, wherein at least one of the plurality of locations is located downstream of the predetermined cylinder position, and wherein the reinforcing fibers are supplied into the cylinder from the at least one of the plurality of locations downstream of the predetermined cylinder position.
A biphenyl compound represented by the structures of general formula I: wherein: R 1 and R 2 are independently selected from C 1 -C 8 haloalkyl, C 2 -C 8 haloalkenyl, C 2 -C 8 haloalkynyl or cyano C 1 -C 8 haloalkyl; m and n are independently selected from 0, 1 or 2. R 1 and R 2 are independently selected from C 1 -C 8 haloalkyl, C 2 -C 8 haloalkenyl, C 2 -C 8 haloalkynyl or cyano C 1 -C 8 haloalkyl; m and n are independently selected from 0, 1 or 2.
A resin container including a body portion having an approximately square cross-sectional shape, wherein the resin container comprises: a vertically elastically deformable cushion portion , characterized in that the cushion portion is provided downwardly of a vertical center of the body portion , the cushion portion having along its entire circumference a V-shaped concave portion which has a V-shaped vertical cross-section and is formed progressively wider radially outwards; a small concave portion along the entire circumference of the body portion , the small concave portion being shallower than the V-shaped concave portion and being provided one each above and below the V-shaped concave portion , and a line symmetrical configuration relative to the V-shaped concave portion as an axis of symmetry, an arcuate portion provided at a corner portion in a cross-sectional shape of the V-shaped concave portion , and the arcuate portion is provided at each and every one of four corner portions in the cross-sectional shape of the V-shaped concave portion of the cushion portion . a vertically elastically deformable cushion portion , characterized in that the cushion portion is provided downwardly of a vertical center of the body portion , the cushion portion having along its entire circumference a V-shaped concave portion which has a V-shaped vertical cross-section and is formed progressively wider radially outwards; a small concave portion along the entire circumference of the body portion , the small concave portion being shallower than the V-shaped concave portion and being provided one each above and below the V-shaped concave portion , and a line symmetrical configuration relative to the V-shaped concave portion as an axis of symmetry, an arcuate portion provided at a corner portion in a cross-sectional shape of the V-shaped concave portion , and the arcuate portion is provided at each and every one of four corner portions in the cross-sectional shape of the V-shaped concave portion of the cushion portion .
Sensor device having a sensor housing , having a sensor element arranged in and/or on the sensor housing and having a measurement circuit , which is electrically connected to the sensor element and arranged on a printed circuit board , wherein the printed circuit board is arranged inside the sensor housing and has a plurality of printed circuit board segments which are flexibly connected to one another, wherein adjacent printed circuit board segments which are connected to one another are each arranged in the sensor housing in a manner angled away from one another in such a way that, when the printed circuit board segments are in the angled state, a first printed circuit board segment which carries the measurement circuit is arranged between a second printed circuit board segment and a third printed circuit board segment , wherein the second printed circuit board segment and/or the third printed circuit board segment carry a potential interference source for the measurement circuit , characterized in that the sensor element is a sensor element which detects mechanical stresses or strains and is arranged on a sensor carrier , wherein the measurement circuit is electrically connected to the sensor element by means of an electrical connecting line , which electrically contact-connects the sensor element to the printed circuit board .
A system comprising an apparatus for cleaning industrial components and a cleaning liquid, comprising: a liquid container having sidewalls (202, 203; 309, 310; 403, 404, 405, 406) defining a liquid enclosure for containing the cleaning liquid, the liquid container having a component-receiving area spaced from the sidewalls (202, 203; 309, 310; 403, 404, 405, 406); and ultrasonic transducers (207; 315; 409; 700; 912) having an operating frequency and a wavelength in the cleaning liquid and secured to at least a portion of the liquid container at a spacing of between 2 and 10 wavelengths in the cleaning liquid, wherein in operation the ultrasonic transducers (207; 315; 409; 700; 912) generate a power density in the component-receiving area of the liquid container that is greater than an average power density of the liquid container, wherein the ultrasonic transducers (207; 315; 409; 700; 912) are resonating rod transducers secured to the inner surface of the liquid container ; and wherein the liquid container comprises an aqueous cleaning solution comprising at least one of solvent additives, an acid solution and an alkaline solution. a liquid container having sidewalls (202, 203; 309, 310; 403, 404, 405, 406) defining a liquid enclosure for containing the cleaning liquid, the liquid container having a component-receiving area spaced from the sidewalls (202, 203; 309, 310; 403, 404, 405, 406); and ultrasonic transducers (207; 315; 409; 700; 912) having an operating frequency and a wavelength in the cleaning liquid and secured to at least a portion of the liquid container at a spacing of between 2 and 10 wavelengths in the cleaning liquid, wherein in operation the ultrasonic transducers (207; 315; 409; 700; 912) generate a power density in the component-receiving area of the liquid container that is greater than an average power density of the liquid container, wherein the ultrasonic transducers (207; 315; 409; 700; 912) are resonating rod transducers secured to the inner surface of the liquid container ; and wherein the liquid container comprises an aqueous cleaning solution comprising at least one of solvent additives, an acid solution and an alkaline solution.
Kitchen utensil for placing on an induction hob , comprising an inner shell with an inner base , an outer shell which is spaced from the inner shell by a gap and has an outer base , and an inductive heating device arranged between the inner base and the outer base at a distance from the outer shell , wherein the heating device has a heat distribution layer which is connected to the inner base in a heat-conducting manner, and a heat generation layer which is arranged on the heat distribution layer in a heat-conducting manner, on the side of the heat distribution layer facing away from the inner base , and is spaced apart from the outer base , and wherein the heat generation layer can be inductively coupled indirectly and/or directly to an induction coil of the induction hob when the kitchen utensil is in a placement position on the induction hob , characterised in that the heat generation layer is designed as at least one plate, the edge region of which protrudes at least partially, preferably completely, in the direction of the outer base such that a distance between the heat generation layer and the outer base in the region of the periphery of the outer base is smaller than in comparison to the rest of the heat generation layer . an outer shell which is spaced from the inner shell by a gap and has an outer base , and an inductive heating device arranged between the inner base and the outer base at a distance from the outer shell , wherein the heating device has a heat distribution layer which is connected to the inner base in a heat-conducting manner, and a heat generation layer which is arranged on the heat distribution layer in a heat-conducting manner, on the side of the heat distribution layer facing away from the inner base , and is spaced apart from the outer base , and wherein the heat generation layer can be inductively coupled indirectly and/or directly to an induction coil of the induction hob when the kitchen utensil is in a placement position on the induction hob , characterised in that the heat generation layer is designed as at least one plate, the edge region of which protrudes at least partially, preferably completely, in the direction of the outer base such that a distance between the heat generation layer and the outer base in the region of the periphery of the outer base is smaller than in comparison to the rest of the heat generation layer .
A skin compatible component attachable to mammalian skin comprising: a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; characterised by : a permeability modifying polymer distributed within the polymer network, the permeability modifying polymer being a water soluble polymer having hydrophobic domains. a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; characterised by : a permeability modifying polymer distributed within the polymer network, the permeability modifying polymer being a water soluble polymer having hydrophobic domains.
A grasping apparatus comprising: an arm unit ; a hand unit configured for grasping a target object that deforms under the influence of gravity when being grasped, the hand unit being connected to the arm unit; an observation unit configured for observing a second spot of the hand unit, the observation unit being disposed in a first spot of the hand unit; a grasping control unit configured to make the hand unit perform a grasping motion of grasping the target object; and a determination unit configured to perform a determination operation of making the arm unit move and displacing the whole hand unit so that a part of the target object that is not grasped by the hand unit may cover the second spot in a state where the grasping control unit has brought the hand unit to a standstill after making the hand unit perform a grasping motion, and determine that the hand unit has successfully grasped the target object when the observation unit can no longer observe the second spot after starting the determination operation. an arm unit ; a hand unit configured for grasping a target object that deforms under the influence of gravity when being grasped, the hand unit being connected to the arm unit; an observation unit configured for observing a second spot of the hand unit, the observation unit being disposed in a first spot of the hand unit; a grasping control unit configured to make the hand unit perform a grasping motion of grasping the target object; and a determination unit configured to perform a determination operation of making the arm unit move and displacing the whole hand unit so that a part of the target object that is not grasped by the hand unit may cover the second spot in a state where the grasping control unit has brought the hand unit to a standstill after making the hand unit perform a grasping motion, and determine that the hand unit has successfully grasped the target object when the observation unit can no longer observe the second spot after starting the determination operation.
A system for visualizing an anatomical target, comprising: an imaging device configured to collect real-time images of an anatomical target; a three-dimensional model generated from pre- or intra-operative images and including images of structures below a surface of the anatomical target not visible in the images from the imaging device; an image processing module configured to generate an overlay registered to the real-time images which displays the structures below the surface of the anatomical target not visible in the images from the imaging device and indicates a depth of the structures below the surface; and a display device configured to concurrently display the real-time images and the overlay. an imaging device configured to collect real-time images of an anatomical target; a three-dimensional model generated from pre- or intra-operative images and including images of structures below a surface of the anatomical target not visible in the images from the imaging device; an image processing module configured to generate an overlay registered to the real-time images which displays the structures below the surface of the anatomical target not visible in the images from the imaging device and indicates a depth of the structures below the surface; and a display device configured to concurrently display the real-time images and the overlay.
An unmanned aerial vehicle, UAV , comprising: a control system configured to control flight of the UAV ; a fuselage having a top side, a bottom side, and a chamber arranged to house a payload; a first door (506; 510) arranged on the top side of the fuselage , wherein opening the first door (506; 510) enables loading of the payload into the chamber ; and a second door (506; 510) arranged on the bottom side of the fuselage , wherein opening the second door (506; 510) enables release of the payload from the chamber , wherein the bottom side is substantially orientated towards the ground during flight of the UAV , and the top side is substantially opposite the bottom side; and an authentication system, wherein the control system is further configured to: determine that the UAV is at a pickup location for pickup of the payload, while the UAV is at the pickup location for pickup of the payload, receive, from the authentication system, authentication data indicating that a user is an authorized user to place the payload for pickup; and in response to receiving authentication data indicating that the user is an authorized user to place the payload for pickup, cause the opening of the first door (506; 510) to enable loading of the payload into the chamber . a control system configured to control flight of the UAV ; a fuselage having a top side, a bottom side, and a chamber arranged to house a payload; a first door (506; 510) arranged on the top side of the fuselage , wherein opening the first door (506; 510) enables loading of the payload into the chamber ; and a second door (506; 510) arranged on the bottom side of the fuselage , wherein opening the second door (506; 510) enables release of the payload from the chamber , wherein the bottom side is substantially orientated towards the ground during flight of the UAV , and the top side is substantially opposite the bottom side; and an authentication system, wherein the control system is further configured to: determine that the UAV is at a pickup location for pickup of the payload, while the UAV is at the pickup location for pickup of the payload, receive, from the authentication system, authentication data indicating that a user is an authorized user to place the payload for pickup; and in response to receiving authentication data indicating that the user is an authorized user to place the payload for pickup, cause the opening of the first door (506; 510) to enable loading of the payload into the chamber . determine that the UAV is at a pickup location for pickup of the payload, while the UAV is at the pickup location for pickup of the payload, receive, from the authentication system, authentication data indicating that a user is an authorized user to place the payload for pickup; and in response to receiving authentication data indicating that the user is an authorized user to place the payload for pickup, cause the opening of the first door (506; 510) to enable loading of the payload into the chamber .