mhurhangee/patent-ind-claim-en huggingface dataset:
A ham stand comprising a support structure of the piece of ham with holding means for said piece of ham , a base structure for the assembly, and a connection element of the support structure to the base structure , said connection element comprising: a spherical joint on the side area of that joint connected to one of the structures ; and a housing piece of the joint , said housing piece being attached to the other structure , such that it presents multiple degrees of freedom due to the combination of pivoting and rotational movements of the support structure with respect to the base structure ; wherein the distance between the support structure and the base structure is such that the rotation angle around any axis parallel to the base structure , for the pivoting movement of the support structure with respect to the base structure , is at least between 0 and 55°; wherein the rotation angle for the rotational movement of the support structure with respect to the base structure , according to any axis comprised in the rotation angle of said pivoting movement, is between 0 and 360°; wherein the joint comprises a connection piece to the support structure or the base structure ; wherein the joint has a spherical shape along its entire surface except in the area that joins to the connection piece ; characterized in that: the housing piece is at least partially complementary to the geometry of the joint ; and wherein the connection piece to the support structure or to the base structure is formed by a truncated cone. a spherical joint on the side area of that joint connected to one of the structures ; and a housing piece of the joint , said housing piece being attached to the other structure , such that it presents multiple degrees of freedom due to the combination of pivoting and rotational movements of the support structure with respect to the base structure ; wherein the distance between the support structure and the base structure is such that the rotation angle around any axis parallel to the base structure , for the pivoting movement of the support structure with respect to the base structure , is at least between 0 and 55°; wherein the rotation angle for the rotational movement of the support structure with respect to the base structure , according to any axis comprised in the rotation angle of said pivoting movement, is between 0 and 360°; wherein the joint comprises a connection piece to the support structure or the base structure ; wherein the joint has a spherical shape along its entire surface except in the area that joins to the connection piece ; characterized in that: the housing piece is at least partially complementary to the geometry of the joint ; and wherein the connection piece to the support structure or to the base structure is formed by a truncated cone. the housing piece is at least partially complementary to the geometry of the joint ; and wherein the connection piece to the support structure or to the base structure is formed by a truncated cone.
An enveloping body for at least partially enveloping a limb, having an enclosed volume and a connector for supplying and removing fluid to the volume and from the volume , the enveloping body forming an inner circumference and an outer circumference , characterized in that, on the enveloping body , stiffening elements are arranged which are designed to be brought into contact as a result of removal of fluid from the volume or to strengthen their contact with one another as a result of removal of fluid.
A self-propelled robot path planning method, comprising: acquiring , by sensor assemblies arranged on a self-propelled robot walking in a to-be-operated space at different heights, information of obstacles at different heights; wherein the sensor assemblies arranged at different heights divide the to-be-operated space into a plurality of detection layers; generating a multilayer environmental map of the to-be-operated space; wherein the multilayer environmental map comprises a plurality of two-dimensional maps, each of the plurality of two-dimensional maps corresponds to the information of obstacles detected at each respective detection layer; processing information in the multilayer environmental map to obtain processed data; and planning a walking path for the self-propelled robot according to the processed data. acquiring , by sensor assemblies arranged on a self-propelled robot walking in a to-be-operated space at different heights, information of obstacles at different heights; wherein the sensor assemblies arranged at different heights divide the to-be-operated space into a plurality of detection layers; generating a multilayer environmental map of the to-be-operated space; wherein the multilayer environmental map comprises a plurality of two-dimensional maps, each of the plurality of two-dimensional maps corresponds to the information of obstacles detected at each respective detection layer; processing information in the multilayer environmental map to obtain processed data; and planning a walking path for the self-propelled robot according to the processed data.
An intravascular ultrasound (IVUS) device, comprising: a scanner assembly including: a ferrule including a lumen region ; a plurality of transducer control circuits ; a uni-body attached to the ferrule and surrounding at least a portion of the ferrule , the uni-body including a polymeric substance doped with acoustic dampening material; and a flex circuit mounted onto the uni-body ; wherein the transducer control circuits are attached to the flex circuit ; wherein the flex circuit includes a transducer array and electrical traces formed on a film layer, the electrical traces being configured to carry signals between transducers of the transducer array and the transducer control circuits wherein the flex circuit is wrapped around the uni-body ; and wherein the flex circuit is fixedly secured to the uni-body with an adhesive. a scanner assembly including: a ferrule including a lumen region ; a plurality of transducer control circuits ; a uni-body attached to the ferrule and surrounding at least a portion of the ferrule , the uni-body including a polymeric substance doped with acoustic dampening material; and a flex circuit mounted onto the uni-body ; a ferrule including a lumen region ; a plurality of transducer control circuits ; a uni-body attached to the ferrule and surrounding at least a portion of the ferrule , the uni-body including a polymeric substance doped with acoustic dampening material; and a flex circuit mounted onto the uni-body ; wherein the transducer control circuits are attached to the flex circuit ; wherein the flex circuit includes a transducer array and electrical traces formed on a film layer, the electrical traces being configured to carry signals between transducers of the transducer array and the transducer control circuits wherein the flex circuit is wrapped around the uni-body ; and wherein the flex circuit is fixedly secured to the uni-body with an adhesive.
Household appliance , in particular cooking appliance, with a supporting part , an attachment part and a screw connection , wherein the attachment part is fastened to the supporting part by a screw , wherein a connecting element receiving the screw is welded onto the side of the supporting part opposite the attachment part and the connecting element has a receiving region , characterised in that the connecting element is welded onto the supporting part by means of resistance projection welding, wherein the weld seam connecting the components is formed by a protrusion fused during the welding procedure, and wherein the protrusion and the weld seam are arranged in an annular manner around the receiving region and the weld seam is designed to be impermeable, in particular impermeable to gas.
Folded garment, in particular folded shirt or folded blouse, having a folding aid for stabilizing the shape of the folded garment, • a reinforcement plate being provided as a folding aid, the underside of which reinforcement plate is placed on the outside of a back part of the garment, • the back part of the garment having a shoulder region provided with a collar and extending over a height of the back part from the collar to a hem of the garment, • the reinforcement plate extending, starting from a collar-side edge arranged in the shoulder region of the garment, with a longitudinal direction over part of the height of the back part to a collar-distal edge , • the extension of the reinforcement plate in the longitudinal direction of the reinforcement plate being smaller than an extension of a hem-side part of the garment between the collar-distal edge of the reinforcement plate and the hem of the garment, and • the hem-side part of the garment being folded over on an upper side of the reinforcement plate that is remote from the underside of the reinforcement plate , the collar-side edge of the reinforcement plate delimiting a collar-side opening of a receptacle formed between the underside of the reinforcement plate and the back part of the garment, characterized in that the hem of the garment is inserted into the receptacle through the collar-side opening of the receptacle. • a reinforcement plate being provided as a folding aid, the underside of which reinforcement plate is placed on the outside of a back part of the garment, • the back part of the garment having a shoulder region provided with a collar and extending over a height of the back part from the collar to a hem of the garment, • the reinforcement plate extending, starting from a collar-side edge arranged in the shoulder region of the garment, with a longitudinal direction over part of the height of the back part to a collar-distal edge , • the extension of the reinforcement plate in the longitudinal direction of the reinforcement plate being smaller than an extension of a hem-side part of the garment between the collar-distal edge of the reinforcement plate and the hem of the garment, and • the hem-side part of the garment being folded over on an upper side of the reinforcement plate that is remote from the underside of the reinforcement plate , the collar-side edge of the reinforcement plate delimiting a collar-side opening of a receptacle formed between the underside of the reinforcement plate and the back part of the garment, characterized in that the hem of the garment is inserted into the receptacle through the collar-side opening of the receptacle.
A method of controlling the emptying cycle for a temporary storage space (5; 105; 205; 305; 405; 505) in association with a deposit point (2, 3; 102, 103; 202, 203; 302, 303; 402, 403; 503) of a pneumatic material collection and transport system (1; 401) using air flow to transport collected material from said storage space, whereby emptying is performed by opening a discharge valve (10; 110; 210; 310; 410; 510) provided downstream of the actual storage space, characterized by: - detecting a storage space emptying state during discharge valve open condition (OC), wherein said storage space emptying state relates to an amount of collected material that remains in said storage space; by - monitoring and logging the output (SS1, SS2) from at least one storage space emptying state sensor (6, 7; 106, 107; 206, 207; 306, 307; 406, 407; 506) configured for detecting said storage space emptying state during discharge valve open condition, provided in association with said temporary storage space (5; 105; 205; 305; 405; 505); - evaluating the output (SS1, SS2) from the at least one emptying state sensor; and - closing the discharge valve when the monitored and evaluated output from said emptying state sensor/sensors has indicated a storage space empty condition (EC). - detecting a storage space emptying state during discharge valve open condition (OC), wherein said storage space emptying state relates to an amount of collected material that remains in said storage space; by - monitoring and logging the output (SS1, SS2) from at least one storage space emptying state sensor (6, 7; 106, 107; 206, 207; 306, 307; 406, 407; 506) configured for detecting said storage space emptying state during discharge valve open condition, provided in association with said temporary storage space (5; 105; 205; 305; 405; 505); - evaluating the output (SS1, SS2) from the at least one emptying state sensor; and - closing the discharge valve when the monitored and evaluated output from said emptying state sensor/sensors has indicated a storage space empty condition (EC).
Housing for an electrical connector , the housing comprising: a housing body having an opening configured to receive an electrical cable in an insertion direction (I), and a pair of cable covers hinged to the housing body at one proximal end of the respective cable cover of the pair of cable covers and extending away from the opening , wherein, in a cable mounting position , each cable cover of the pair of cable covers is pivoted away from the other cable cover of the pair of cable covers , and, in an operating position , each cable cover of the pair of cable covers is pivoted towards the other forming a cable support sleeve configured to support the cable , wherein each cable cover of the pair of cable covers is provided with at least one strain relief spring biased towards the opposing cable cover of the pair of cable covers in the operating position , characterized in that the at least one strain relief spring comprises an arch formed by bending the at least one strain relief spring , the arch forming a deflection section arranged in a cutout of the respective cable cover of the pair of cable covers , such that the at least one relief spring is able to be deflected away from the opposing cable cover of the pair of cable covers in the operating position and out of the cable cover through the cutout . a housing body having an opening configured to receive an electrical cable in an insertion direction (I), and a pair of cable covers hinged to the housing body at one proximal end of the respective cable cover of the pair of cable covers and extending away from the opening , wherein, in a cable mounting position , each cable cover of the pair of cable covers is pivoted away from the other cable cover of the pair of cable covers , and, in an operating position , each cable cover of the pair of cable covers is pivoted towards the other forming a cable support sleeve configured to support the cable , wherein each cable cover of the pair of cable covers is provided with at least one strain relief spring biased towards the opposing cable cover of the pair of cable covers in the operating position , characterized in that the at least one strain relief spring comprises an arch formed by bending the at least one strain relief spring , the arch forming a deflection section arranged in a cutout of the respective cable cover of the pair of cable covers , such that the at least one relief spring is able to be deflected away from the opposing cable cover of the pair of cable covers in the operating position and out of the cable cover through the cutout .
Method for dispensing cryogenic liquid, including the following steps: - connecting, in a sealtight manner, a fuel tank to be filled to a storage tank, - dispensing cryogenic liquid to the fuel tank and determining firstly the flow of liquid being dispensed and the amount of liquid dispensed, and secondly the pressure prevailing in the fuel tank , - stopping the dispensing of the liquid when the pressure exceeds a first predetermined threshold or else when the flow of liquid drops below a second predetermined threshold, characterized in that the method furthermore includes the following steps: - degassing the fuel tank after stopping the dispensing, while determining the amount of gas removed from the fuel tank during the degassing, and - determining whether or not liquid should be dispensed again on the basis of the amount of gas removed during the degassing and possibly of other parameters. - connecting, in a sealtight manner, a fuel tank to be filled to a storage tank, - dispensing cryogenic liquid to the fuel tank and determining firstly the flow of liquid being dispensed and the amount of liquid dispensed, and secondly the pressure prevailing in the fuel tank , - stopping the dispensing of the liquid when the pressure exceeds a first predetermined threshold or else when the flow of liquid drops below a second predetermined threshold, - degassing the fuel tank after stopping the dispensing, while determining the amount of gas removed from the fuel tank during the degassing, and - determining whether or not liquid should be dispensed again on the basis of the amount of gas removed during the degassing and possibly of other parameters.
A polybutylene terephthalate resin composition comprising a polybutylene terephthalate resin (A) and a polycarbonate resin (B) at 55 to 75 mass parts of (A) and 25 to 45 mass parts of (B) per 100 mass parts of the total of (A) and (B) and further comprising, per 100 mass parts of the total of (A) and (B), 5 to 20 mass parts of an elastomer (C), 5 to 40 mass parts of a flame retardant (D), and 1 to 15 mass parts of an antimony compound (E), wherein the elastomer (C) is an acrylic core/shell graft copolymer in which both the core and shell are an acrylate ester.
A computer-implemented method of determining a set of coefficients for use by an encrypted multiplication unit, wherein the encrypted multiplication unit is configured to homomorphically multiply an encrypted value by a scalar, wherein the encrypted value is represented by multiple respective value ciphertexts, wherein a respective value ciphertext is a noisy homomorphic ciphertext encrypting the value multiplied by a respective power of a radix, and wherein the encrypted multiplication unit is configured to homomorphically compute a linear combination of the multiple respective value ciphertexts according to the set of coefficients, the method comprising: - obtaining the scalar and the radix, wherein the radix is even; - determining the set of coefficients as digits of a radix decomposition of the scalar with respect to the radix, wherein the determined digits lie between minus half the radix, inclusive, and plus half the radix, inclusive, and wherein said determining comprises ensuring that no two subsequent digits are both equal in absolute value to half the radix; - providing the set of coefficients to the encrypted multiplication unit for homomorphically multiplying the encrypted value by the scalar. - obtaining the scalar and the radix, wherein the radix is even; - determining the set of coefficients as digits of a radix decomposition of the scalar with respect to the radix, wherein the determined digits lie between minus half the radix, inclusive, and plus half the radix, inclusive, and wherein said determining comprises ensuring that no two subsequent digits are both equal in absolute value to half the radix; - providing the set of coefficients to the encrypted multiplication unit for homomorphically multiplying the encrypted value by the scalar.
An anchoring structure adapted to be anchored within a vessel of a body, said anchoring structure comprising: a generally cylindrical tubular body having an inflow end and an outflow end ; wherein the inflow end has an inflow rim , wherein the outflow end has an outflow rim , and the anchoring structure further comprising a plurality of longitudinal supports posts connecting said inflow and outflow rims , characterized in that the inflow rim includes at least three rails including a distal inflow ring and a proximal inflow ring and the outflow rim includes a single rail. a generally cylindrical tubular body having an inflow end and an outflow end ; wherein the inflow end has an inflow rim , wherein the outflow end has an outflow rim , and the anchoring structure further comprising a plurality of longitudinal supports posts connecting said inflow and outflow rims , characterized in that the inflow rim includes at least three rails including a distal inflow ring and a proximal inflow ring and the outflow rim includes a single rail.
Sensor element, in particular for detecting a physical property of a gas, in particular for detecting the concentration of a gas component or the temperature or a solid constituent part or a liquid constituent part of an exhaust gas of an internal combustion engine, wherein the sensor element has a first end region and a second end region which are situated opposite one another in its longitudinal direction, wherein the sensor element has, in the first end region , in the interior of the sensor element , a functional element which is electrically conductively connected to a contact area which is arranged in the second end region on the outer surface of the sensor element , wherein the electrically conductive connection between the functional element and the contact area has a conductor track which runs substantially in the longitudinal direction in the interior of the sensor element and has a bushing which runs substantially perpendicularly to the longitudinal direction of the sensor element, wherein an electrical resistance of the conductor track and an electrical resistance of the bushing are in a ratio to one another that is not greater than 3 and not less than 1/3, and wherein the bushing consists of a conductive coating of the radial wall of a plated through-hole of the sensor element and the conductor track comprises a feed line and a collar , wherein the feed line or an end region, remote from the exhaust gas, of the feed line has a constant or a substantially constant feed line width (B) and leads from the functional element into the region of the bushing , and the collar is arranged in the form of a circular ring around the plated through-hole in a plan view of the sensor element and creates the electrical connection between the bushing and the feed line , wherein the circular ring has a circular ring width (b) measured radially in a plan view of the plated through-hole , wherein the functional element is an electrical resistance heater , and wherein a width ratio, circular ring width (b) through feed line width (B), lies in the range of from 0.1 to 0.4.
Audio equipment, comprising: a rotary operation unit configured to be rotatably supported in relation to an equipment body ; an operation detecting section provided for the rotary operation unit and in which an electric load changes in response to a user's operation through pressing or contact; a power supplying section provided for the equipment body and configured to supply power to the operation detecting section in a non-contact manner; and a monitoring section configured to monitor the power supplied by the power supplying section to detect tne users operation from a cnange in the power, wherein the operation detecting section rotates together with tne rotary operation unit 11). a rotary operation unit configured to be rotatably supported in relation to an equipment body ; an operation detecting section provided for the rotary operation unit and in which an electric load changes in response to a user's operation through pressing or contact; a power supplying section provided for the equipment body and configured to supply power to the operation detecting section in a non-contact manner; and a monitoring section configured to monitor the power supplied by the power supplying section to detect tne users operation from a cnange in the power, wherein the operation detecting section rotates together with tne rotary operation unit 11).