mhurhangee/patent-ind-claim-en huggingface dataset:
A domestic appliance , particularly a cooking oven, comprising a chassis and a door hinged to the chassis around a rotating axis (x) of the door , wherein the door comprises - at least one door panel , - at least one door frame attached at an inner side of the door panel , - at least one electric or electronic unit attached inside or at the door , - at least one electrically conducting cable for interconnecting the electric or electronic unit to a control unit arranged at or in the chassis of the domestic appliance , - at least one cable channel attached to the door frame for guiding a first section of the cable , and - at least one cable tube arranged within the region of a rotating axis (x) of the door for guiding a second section of the cable from the door frame to the chassis - the cable penetrates the cable channel and the cable tube , wherein the cable tube comprises a main section , and a first end section for connecting the cable tube to the hinge-sided end of the door and a second end section for connecting the cable tube to the chassis , wherein the main section is connecting the first end section and the second end section , and wherein at least one of the first end section and/or the second end section is configured to be freely pivotable relative to a rotational axis (y) running essentially in parallel to the main section , characterised in that the main section and/or the first end section and/or the second end section of the cable tube are made of an elastic material, wherein in a state of a closed door the second end section is arranged substantially perpendicular to the at least one door panel , and wherein the cable tube is S- or Z-shaped. - at least one door panel , - at least one door frame attached at an inner side of the door panel , - at least one electric or electronic unit attached inside or at the door , - at least one electrically conducting cable for interconnecting the electric or electronic unit to a control unit arranged at or in the chassis of the domestic appliance , - at least one cable channel attached to the door frame for guiding a first section of the cable , and - at least one cable tube arranged within the region of a rotating axis (x) of the door for guiding a second section of the cable from the door frame to the chassis - the cable penetrates the cable channel and the cable tube , wherein the cable tube comprises a main section , and a first end section for connecting the cable tube to the hinge-sided end of the door and a second end section for connecting the cable tube to the chassis , wherein the main section is connecting the first end section and the second end section , and
Electrical fuse element for an arrangement on a circuit board as an SMD component, comprising - an insulating housing with an underside , - two contact elements for electrical connection to the circuit board , wherein the contact elements each protrude from the underside of the insulating housing with a partial area which has a contact surface of angled configuration at the end, characterised in - at least one support element which is arranged on the underside and which has a support surface for support on the circuit board , wherein - the contact surfaces and the support surface are arranged within one plane (E), - the fuse element for an arrangement is formed edgewise on the circuit board and the insulating housing has two opposite main sides and two opposite narrow sides , wherein a width Bs of the narrow sides is set to a smaller value than a width B H of the main sides , and the insulating housing is arranged orthogonal to the circuit board in a mounted position, - the contact surfaces are each angled in opposite directions to a respective main side . - an insulating housing with an underside , - two contact elements for electrical connection to the circuit board , wherein the contact elements each protrude from the underside of the insulating housing with a partial area which has a contact surface of angled configuration at the end, - at least one support element which is arranged on the underside and which has a support surface for support on the circuit board , wherein - the contact surfaces and the support surface are arranged within one plane (E), - the fuse element for an arrangement is formed edgewise on the circuit board and the insulating housing has two opposite main sides and two opposite narrow sides , wherein a width Bs of the narrow sides is set to a smaller value than a width B H of the main sides , and the insulating housing is arranged orthogonal to the circuit board in a mounted position, - the contact surfaces are each angled in opposite directions to a respective main side .
A mask assembly for the application of non-invasive positive pressure ventilation to a patient during a treatment of sleep disordered breathing, comprising: a frame, a cushion assembly provided to the frame said cushion assembly comprising a flexible element that forms a face-engaging structure, characterized in that the flexible element comprises at least first and second portions of foam and wherein the first portion has a first stiffness, and the second portion has a second stiffness and wherein the first stiffness is lower than the second stiffness. a frame, a cushion assembly provided to the frame said cushion assembly comprising a flexible element that forms a face-engaging structure, characterized in that
The use of a composition containing a crosslinked hydroxypropyl starch phosphate and a white dextrin for the production of fresh milk products with a reduced fat content, characterized in that : - the crosslinked hydroxypropyl starch phosphate has a degree of substitution of between 0.09 and 0.2, preferably of between 0.09 and 0.14, even more preferentially approximately 0.10 to 0.11; - the white dextrin has: o a DE of less than 5, preferably less than 3, more preferentially less than 2, o a viscosity at 40% solids of between 3600 and 6000 mPa.s, and o a solubles content of less than 30%, as described in the portion "Measurement of the solubles content of the white dextrins" of the description, wherein - the crosslinked hydroxypropyl starch phosphate is incorporated into the milk product in a content comprised between 0.4% and 5%, - the white dextrin is incorporated into the milk product in a content comprises between 0.1% and 2% by weight. - the crosslinked hydroxypropyl starch phosphate has a degree of substitution of between 0.09 and 0.2, preferably of between 0.09 and 0.14, even more preferentially approximately 0.10 to 0.11; - the white dextrin has: o a DE of less than 5, preferably less than 3, more preferentially less than 2, o a viscosity at 40% solids of between 3600 and 6000 mPa.s, and o a solubles content of less than 30%, as described in the portion "Measurement of the solubles content of the white dextrins" of the description, wherein - the crosslinked hydroxypropyl starch phosphate is incorporated into the milk product in a content comprised between 0.4% and 5%, - the white dextrin is incorporated into the milk product in a content comprises between 0.1% and 2% by weight. o a DE of less than 5, preferably less than 3, more preferentially less than 2, o a viscosity at 40% solids of between 3600 and 6000 mPa.s, and o a solubles content of less than 30%, as described in the portion "Measurement of the solubles content of the white dextrins" of the description, wherein - the crosslinked hydroxypropyl starch phosphate is incorporated into the milk product in a content comprised between 0.4% and 5%, - the white dextrin is incorporated into the milk product in a content comprises between 0.1% and 2% by weight. - the crosslinked hydroxypropyl starch phosphate is incorporated into the milk product in a content comprised between 0.4% and 5%, - the white dextrin is incorporated into the milk product in a content comprises between 0.1% and 2% by weight.
A fusion gene comprising a nucleic acid encoding a fragment of the NRG1 protein, said fragment consisting of 50 and up to 640 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 4, and comprising a nucleic acid encoding a fragment of a further protein, wherein said further protein is a CD74 protein or an MTSS1 protein, wherein the fragment of said CD74 protein consists of at least 50 and up to 230 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 5, and wherein the fragment of said MTSS1 protein consists of at least 50 and up to 750 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 17.
Method for removing a follower plate of an apparatus for conveying viscous material out of a barrel-like container , wherein the apparatus has the follower plate for closing off the container , which is open toward the top, has a container bottom and a container mantle that extends upward from the container bottom , which plate can be moved in the direction toward the container bottom and away from the container bottom , lying against the inner surface of the container mantle , which faces the container interior , and which plate has a material outlet opening and a ventilation opening , wherein the apparatus has a lifting device for raising the follower plate , a ventilation device for introducing compressed air into the container through the ventilation opening , and a controller for controlling the lifting device and the ventilation device , wherein alternately the follower plate is raised in a lifting mode, by means of the lifting device , and air is introduced into the container in a ventilation mode, by means of the ventilation device , wherein at least one characterizing characteristic variable that characterizes the position of the container and/or of the follower plate is measured by means of at least one sensor , wherein the measurement values of the characteristic variable are transmitted from the sensor to the controller , and wherein the controller constantly undertakes alternating automatic switch-over between the lifting mode and the ventilation mode when the measurement value of the at least one characteristic variable exceeds a predetermined first target value and when the measurement value of the at least one characteristic variable drops below a predetermined second target value, characterized in that the at least one sensor is a force measurement sensor, which measures a force exerted by the container on a supporting surface , wherein the controller switches over from the ventilation mode to the lifting mode when the force exerted on the supporting surface by the container exceeds a first target force value, and wherein the controller switches over from the lifting mode to the ventilation mode when the force exerted on the supporting surface by the container drops below a second target force value, and/or that the at least one sensor measures the position of the container with reference to a locally fixed location.
Closure arrangement for covering open containers having a liquid located therein, in particular for covering swimming pools, which encompasses at least two base members , wherein the base member comprises at least one hollow chamber , wherein at least one base member is at least in part movably connected with one of its longitudinal sides to an opposite longitudinal side of an adjacent base member by way of at least one connecting means and, on the longitudinal side opposite the longitudinal side that is connected to the connecting means , comprises at least one connecting device , wherein the hollow chamber of the base member comprises a material of which the density is between 0.01 and 0.7 g/cm 3 measured according to DIN ISO 1183, the base member comprises at least one functional member , characterised in that the functional member is configured as a lighting member.
A composition for treating a fabric to make the fabric insect repellent, comprises: a herbal composition, wherein the herbal composition co mprises azadirachti, azadiradione, fraxinellone, nimbin, salannin, salannol, vepinin and vilasinin; wherein the azadiradione is present in an amount of 30 to 250 ppm; wherein the fraxinellone is present in an amount of 15 to 125 ppm; wherein the nimbin is present in an amount of 450 to 2400 ppm; wherein the salannin is present in an amount of 110 to 2050 ppm; wherein the salannol is present in an amount of 168 to 3800 ppm; wherein the vepinin is present in an amount of 15 to 125 ppm; and wherein the vilasinin is present in an amount of 15 to 125 ppm a pigment binder, wherein the pigment binder is poly acrylate binder; an anti-thermo migrating agent, wherein the anti-thermo migrating agent is a humectant; an amino silicon emulsion, wherein the amino silicon emulsion is a permanent softener; a Glauber's salt; and an acetic acid. a herbal composition, wherein the herbal composition co mprises azadirachti, azadiradione, fraxinellone, nimbin, salannin, salannol, vepinin and vilasinin; wherein the azadiradione is present in an amount of 30 to 250 ppm; wherein the fraxinellone is present in an amount of 15 to 125 ppm; wherein the nimbin is present in an amount of 450 to 2400 ppm; wherein the salannin is present in an amount of 110 to 2050 ppm; wherein the salannol is present in an amount of 168 to 3800 ppm; wherein the vepinin is present in an amount of 15 to 125 ppm; and wherein the vilasinin is present in an amount of 15 to 125 ppm wherein the azadiradione is present in an amount of 30 to 250 ppm; wherein the fraxinellone is present in an amount of 15 to 125 ppm; wherein the nimbin is present in an amount of 450 to 2400 ppm; wherein the salannin is present in an amount of 110 to 2050 ppm; wherein the salannol is present in an amount of 168 to 3800 ppm; wherein the vepinin is present in an amount of 15 to 125 ppm; and wherein the vilasinin is present in an amount of 15 to 125 ppm a pigment binder, wherein the pigment binder is poly acrylate binder; an anti-thermo migrating agent, wherein the anti-thermo migrating agent is a humectant; an amino silicon emulsion, wherein the amino silicon emulsion is a permanent softener; a Glauber's salt; and an acetic acid.
Assembly for an airplane for transmitting an analog audio signal (A) from a signal source to a signal sink , - wherein the assembly contains a line designed with at least two wires, - with a first switching element to connect the line in a first operating mode (B1) to a first digital transceiver and in a second operating mode (B2) to the analog signal source for the audio signal (A), - with a second switching element to connect the line in the first operating mode (B1) to a second digital transceiver and in the second operating mode (B2) to the analog signal sink for the audio signal (A), - wherein the line is operated in the first operating mode (B1) as a digital data bus to transmit data (D) between the two digital transceivers (16a,b) and in the second operating mode (B2) as an analog signal line to transmit the analog audio signal (A) from the signal source to the signal sink . - wherein the assembly contains a line designed with at least two wires, - with a first switching element to connect the line in a first operating mode (B1) to a first digital transceiver and in a second operating mode (B2) to the analog signal source for the audio signal (A), - with a second switching element to connect the line in the first operating mode (B1) to a second digital transceiver and in the second operating mode (B2) to the analog signal sink for the audio signal (A), - wherein the line is operated in the first operating mode (B1) as a digital data bus to transmit data (D) between the two digital transceivers (16a,b) and in the second operating mode (B2) as an analog signal line to transmit the analog audio signal (A) from the signal source to the signal sink .
A method of performing communication between a sink device and a source device in a Wi-Fi direct network, the method comprising: receiving a request, by the sink device from the source device , for information on whether a user input back channel, UIBC, capability is supported by the sink device , wherein the UIBC is a channel set based on a Wi-Fi direct scheme for transmitting a user's input that the sink device receives from a user , to the source device ; transmitting, by the sink device to the source device , the information on whether the UIBC capability is supported, in response to the request ; receiving a user's input, by the sink device , for controlling audio/video data received from the source device ; generating a message for controlling the audio/video data based on the user's input ; and transmitting the message to the source device through the UIBC if the UIBC capability is supported. receiving a request, by the sink device from the source device , for information on whether a user input back channel, UIBC, capability is supported by the sink device , wherein the UIBC is a channel set based on a Wi-Fi direct scheme for transmitting a user's input that the sink device receives from a user , to the source device ; transmitting, by the sink device to the source device , the information on whether the UIBC capability is supported, in response to the request ; receiving a user's input, by the sink device , for controlling audio/video data received from the source device ; generating a message for controlling the audio/video data based on the user's input ; and transmitting the message to the source device through the UIBC if the UIBC capability is supported.
A method of generating an encrypted database, said method comprising: receiving , by an Extract, Transfer and Load, ETL, server a plaintext database having plaintext data entries therein; and generating an encrypted database using the plaintext database , said encrypted database including encrypted data entries therein; wherein said encrypted database is configured to support at least one form of conditional query in the encrypted domain by first constructing an augmented plaintext version of the database, by augmenting the schema of the plaintext database and storing the data elements of the augmented database as plaintext and then generating the encrypted database by encrypting the augmented plaintext version of the database such that the data elements, comprising table names and the column attribute names, are available in plaintext but the data entries in the tables and columns are encrypted such that the augmented schema supports at least one form of conditional query, and further such that said at least one form of conditional query returns a correct encrypted result when said query is computed on the encrypted data entries without the decryption thereof; and wherein the method further comprises establishing a public-private key pair, wherein a public key of said pair is used to encrypt the augmented plaintext database and a private key of said pair is provided to decrypt a returned result of a query receiving , by an Extract, Transfer and Load, ETL, server a plaintext database having plaintext data entries therein; and generating an encrypted database using the plaintext database , said encrypted database including encrypted data entries therein; wherein said encrypted database is configured to support at least one form of conditional query in the encrypted domain by first constructing an augmented plaintext version of the database, by augmenting the schema of the plaintext database and storing the data elements of the augmented database as plaintext and then generating the encrypted database by encrypting the augmented plaintext version of the database such that the data elements, comprising table names and the column attribute names, are available in plaintext but the data entries in the tables and columns are encrypted such that the augmented schema supports at least one form of conditional query, and further such that said at least one form of conditional query returns a correct encrypted result when said query is computed on the encrypted data entries without the decryption thereof; and wherein the method further comprises establishing a public-private key pair, wherein a public key of said pair is used to encrypt the augmented plaintext database and a private key of said pair is provided to decrypt a returned result of a query
A method for estimating the load of a tire supporting a vehicle , the method comprising the steps of: providing the tire , the tire including a pair of sidewalls extending to a circumferential tread , the tread including a plurality of tread blocks ; selecting one of the tread blocks , the selected one of the tread blocks deforming upon contact with the ground ; defining a cavity in the selected one of the tread blocks; disposing a magnetic element in the tread cavity , the magnetic element generating a magnetic field ; mounting a magnetic sensor in a tire cavity proximate the magnetic element to sense the magnetic field ; delivering a signal with the magnetic sensor ; connecting an electronic module to the magnetic sensor by electronic means , the electronic module including a processor ; indicating an entry point of a tire footprint and an exit point of the tire footprint with an amplitude of the signal ; indicating a length of the tire footprint with a first time interval (T 1 ) between peaks of the amplitude of the signal ; indicating a full rotation of the tire with a second time interval (T 2 ), the second time interval (T 2 ) being determined from at least one of a distance between peaks of the amplitude of the signal and a linear speed of the vehicle ; and determining with the processor the load on the tire from a ratio of the first time interval (T 1 ) to the second time interval (T 2 ) at an inflation pressure of the tire . providing the tire , the tire including a pair of sidewalls extending to a circumferential tread , the tread including a plurality of tread blocks ; selecting one of the tread blocks , the selected one of the tread blocks deforming upon contact with the ground ; defining a cavity in the selected one of the tread blocks; disposing a magnetic element in the tread cavity , the magnetic element generating a magnetic field ; mounting a magnetic sensor in a tire cavity proximate the magnetic element to sense the magnetic field ; delivering a signal with the magnetic sensor ; connecting an electronic module to the magnetic sensor by electronic means , the electronic module including a processor ; indicating an entry point of a tire footprint and an exit point of the tire footprint with an amplitude of the signal ; indicating a length of the tire footprint with a first time interval (T 1 ) between peaks of the amplitude of the signal ; indicating a full rotation of the tire with a second time interval (T 2 ), the second time interval (T 2 ) being determined from at least one of a distance between peaks of the amplitude of the signal and a linear speed of the vehicle ; and determining with the processor the load on the tire from a ratio of the first time interval (T 1 ) to the second time interval (T 2 ) at an inflation pressure of the tire .