mhurhangee/patent-ind-claim-en huggingface dataset:
A contact member for an electrical connector, comprising: an outer conductor including a mating interface section including a front end of the outer conductor, a termination section including a rear end of the outer conductor, and a middle section therebetween joining the mating interface and termination sections; and an inner conductor received in the mating interface section , wherein a protective insulator including a main portion is received in the mating interface section of the outer conductor and supports the inner conductor and the protective insulator including an end portion , the end portion having an end face extending outside of the front end of the outer conductor , wherein the front end of the outer conductor includes a plurality of spring fingers extending over at least part of the end portion of the protective insulator , characterized in that the middle section of the outer conductor includes a slot , in that the contact member comprises a sleeve disposed around the middle section of the outer conductor , and wherein the sleeve has a least one inwardly extending tab that is configured to fit in the slot of the middle section of the outer conductor , and in that the main portion of the protective insulator has at least one notch or annular groove configured to receive the at least on inwardly extending tab . an outer conductor including a mating interface section including a front end of the outer conductor, a termination section including a rear end of the outer conductor, and a middle section therebetween joining the mating interface and termination sections; and an inner conductor received in the mating interface section , wherein a protective insulator including a main portion is received in the mating interface section of the outer conductor and supports the inner conductor and the protective insulator including an end portion , the end portion having an end face extending outside of the front end of the outer conductor , wherein the front end of the outer conductor includes a plurality of spring fingers extending over at least part of the end portion of the protective insulator , characterized in that the middle section of the outer conductor includes a slot , in that the contact member comprises a sleeve disposed around the middle section of the outer conductor , and wherein the sleeve has a least one inwardly extending tab that is configured to fit in the slot of the middle section of the outer conductor , and in that the main portion of the protective insulator has at least one notch or annular groove configured to receive the at least on inwardly extending tab .
Method for hanging garments into clips of transport systems having a loading point or a plurality of adjacent loading points in laundrettes or laundrette machines, wherein a portion of the respective garment is placed into the respective clip by at least one operator at the, or at the respective, loading point , characterized in that an orientation for hanging the relevant garment into the clip is given to or specified for the operator by way of at least one light-emitting means that is assigned to the respective clip indirectly in the vicinity thereof and at a fixed location, the respective clip is lit by the at least one light-emitting means , and the direction in which the particular portion of the respective garment should be inserted into a clip jaw of the particular clip is indicated to the respective operator , and in that a plurality of light-emitting means are assigned to the respective clip , wherein by activation of selected light-emitting means only one or some light-emitting means generate light, as a result of which the direction in which or where the garment should be inserted by the operator into the clip is visually presented to the operator .
A video descriptor generation device for generating a video descriptor for video retrieval, comprising: an each-picture feature extraction unit that extracts a feature from a video for each picture which is a frame or a field, and outputs an each-picture feature; an inter-picture feature difference calculation unit that calculates an inter-picture feature difference, which is a difference between features of pictures at different time points, from the each-picture features of the video as a difference feature, and calculates a difference feature information amount indicating an information amount required for describing the difference feature; an additional feature extraction unit that calculates a feature to be added as an additional feature from the video; and a feature combining unit that, if volume of the difference feature information amount is smaller than a certain criterion, generates a video descriptor including the additional feature and the difference feature, wherein the additional feature extraction unit is adapted to calculate the additional feature only when the volume of the difference feature information amount is smaller than the certain criterion. an each-picture feature extraction unit that extracts a feature from a video for each picture which is a frame or a field, and outputs an each-picture feature; an inter-picture feature difference calculation unit that calculates an inter-picture feature difference, which is a difference between features of pictures at different time points, from the each-picture features of the video as a difference feature, and calculates a difference feature information amount indicating an information amount required for describing the difference feature; an additional feature extraction unit that calculates a feature to be added as an additional feature from the video; and a feature combining unit that, if volume of the difference feature information amount is smaller than a certain criterion, generates a video descriptor including the additional feature and the difference feature, wherein the additional feature extraction unit is adapted to calculate the additional feature only when the volume of the difference feature information amount is smaller than the certain criterion.
A display assembly, comprising a display panel and a fingerprint recognition module located on a light-emitting surface of the display panel, wherein the fingerprint recognition module comprises a plurality of fingerprint recognition units, and each fingerprint recognition unit comprises at least one phototransistor and one switch transistor; the phototransistor comprises a first active layer, a first gate, a first source, and a first drain, a material for making the first active layer comprises an organic semiconductor material, and in a direction perpendicular to the display assembly, the first drain and the first gate partially overlap to form a first capacitor; the switch transistor comprises a second active layer, a second gate, a second source, and a second drain; and the fingerprint recognition module comprises a first metal layer, wherein the first source, the first drain, the second source, and the second drain are all located at the first metal layer, and the first drain is connected to the second source. the phototransistor comprises a first active layer, a first gate, a first source, and a first drain, a material for making the first active layer comprises an organic semiconductor material, and in a direction perpendicular to the display assembly, the first drain and the first gate partially overlap to form a first capacitor; the switch transistor comprises a second active layer, a second gate, a second source, and a second drain; and the fingerprint recognition module comprises a first metal layer, wherein the first source, the first drain, the second source, and the second drain are all located at the first metal layer, and the first drain is connected to the second source.
A balanced pressure regulator , comprising: a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway ; a valve seat disposed within the fluid passageway ; a balanced plug assembly disposed within the fluid passageway , the balanced plug assembly comprising; a valve plug that cooperates with the valve seat to selectively open or close the fluid passageway ; a retainer operatively connecting the valve plug to a valve stem ; a diaphragm separating a chamber from the fluid passageway ; a central balancing passage that fluidly connects the fluid passageway with the chamber ; and a peripheral balancing passage that fluidly connects the fluid passageway with the chamber , the peripheral balancing passage being located between the retainer and the valve plug , characterized in that the retainer is movable relative to the valve plug along a longitudinal axis of the valve stem , a pressure sensing spring is disposed between the retainer and the valve plug , and the pressure sensing spring biases the retainer away from the valve plug . a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway ; a valve seat disposed within the fluid passageway ; a balanced plug assembly disposed within the fluid passageway , the balanced plug assembly comprising; a valve plug that cooperates with the valve seat to selectively open or close the fluid passageway ; a retainer operatively connecting the valve plug to a valve stem ; a diaphragm separating a chamber from the fluid passageway ; a central balancing passage that fluidly connects the fluid passageway with the chamber ; and a peripheral balancing passage that fluidly connects the fluid passageway with the chamber , the peripheral balancing passage being located between the retainer and the valve plug , characterized in that the retainer is movable relative to the valve plug along a longitudinal axis of the valve stem , a pressure sensing spring is disposed between the retainer and the valve plug , and the pressure sensing spring biases the retainer away from the valve plug .
An orthosis with an upper part and a lower part , which are coupled to each other via a first joint device in such a way as to be pivotable about a pivot axis , wherein devices for receiving a body part or a limb or for securing the orthosis to a body part or a limb are arranged on the upper part and/or lower part , characterized in that the upper part and the lower part are, in the applied state, in each case arranged on only one side medially or laterally next to the limb to be fitted and an upper support element is secured to the upper part on one side and a lower support element is secured to the lower part on one side, which support elements are connected to each other via a second joint device in such a way as to be pivotable about the pivot axis , and that a bearing plate having at least one fastening device for securing the second joint device is fastened to or formed on the upper part and/or the lower part .
Cable mounting component for an electrical appliance , in particular a hand-held household appliance, having: a cable mounting element with a cable mounting element body which has a receiving side , wherein the cable mounting element is configured to hold a cable element (K) on the receiving side , a cable holder which can be attached to the electrical appliance , wherein the cable holder has a guide for the cable mounting element , wherein the cable mounting element is configured to be moved along the guide of the cable holder with the cable element (K) at least partially looped around the cable mounting element body , wherein the cable mounting element is provided on the receiving side with a first engaging element for engaging in a cable sheath of a cable element (K), characterised in that , when a tensile load is applied, the cable mounting element body is deformable in such a way that the first engaging element is pressed into the cable sheath of the cable element (K).
Process for the continuous preparation of at least two mutually different liquid surfactant-containing compositions, in which a stream of a base mixture comprising at least one surfactant and at least one solvent is continuously provided and this base mixture cyclically passes through at least the following steps: a. adding at least a first additive to the stream of base mixture for a first period of time to obtain a first composition, and b. adding at least a second additive to the stream of the base mixture for a second period of time to obtain a second composition, wherein the at least one first additive and the at least one second additive and optionally the at least one third and each further additive each comprise at least one dye, wherein the dyes are different from each other and the first and second compositions are stored separately. a. adding at least a first additive to the stream of base mixture for a first period of time to obtain a first composition, and b. adding at least a second additive to the stream of the base mixture for a second period of time to obtain a second composition,
A method of erasing data using a file-based protocol from a data storage apparatus for repurposing, reallocation to a new user or retirement of the data storage apparatus , the data storage apparatus comprising a memory , and the method comprising: performing an initial erasure and/or freeing procedure to erase data from at least one selected region of the memory and/or to free up at least one selected region of the memory to receive files; while receiving signals representative of the available free space of the at least one selected region of the memory until the most recently received signal indicates that said at least one selected region of the memory is full, writing files in sequence by generating and writing each file of the sequence to the at least one selected region of the memory using the file based protocol, wherein the first file of the sequence has a file size equal to a predetermined initial file size, and wherein the second and any subsequent file of the sequence has the same size or is smaller in size than a respective preceding file of the sequence; and writing at least one further file to said at least one selected region of the memory , wherein the size of said at least one selected region of the memory is equal to, or bigger than, twice the predetermined initial file size. performing an initial erasure and/or freeing procedure to erase data from at least one selected region of the memory and/or to free up at least one selected region of the memory to receive files; while receiving signals representative of the available free space of the at least one selected region of the memory until the most recently received signal indicates that said at least one selected region of the memory is full, writing files in sequence by generating and writing each file of the sequence to the at least one selected region of the memory using the file based protocol, wherein the first file of the sequence has a file size equal to a predetermined initial file size, and wherein the second and any subsequent file of the sequence has the same size or is smaller in size than a respective preceding file of the sequence; and writing at least one further file to said at least one selected region of the memory , wherein the size of said at least one selected region of the memory is equal to, or bigger than, twice the predetermined initial file size.
A method for operating an NMR probehead (10; 20) with an MAS stator (11; 21; 31a; 31b; 41a; 41b) for receiving a substantially circular-cylindrical hollow MAS rotor (13; 23; 33; 43) with an outer jacket of external diameter D and with a sample substance in a sample volume, wherein the MAS rotor (13; 23; 33; 43) is mounted on pressurized gas in a measuring position within the MAS stator (11; 21; 31a; 31b; 41a; 41b) by means of a device for gas supply with a bearing nozzle (12'; 22'; 32'; 42') and is set into rotation about the cylinder axis of the MAS rotor (13; 23; 33; 43) by means of a pneumatic drive, at a rotation frequency f ≥ 30 kHz, wherein during the NMR-MAS measurement a temperature control gas is blown by means of a temperature control nozzle (12; 32a; 32b; 42a; 42b) onto the outer jacket of the MAS rotor (13; 23; 33; 43) at an angle α < 90° with respect to the longitudinal axis of the cylinder-symmetrical MAS rotor (13; 23; 33; 43), characterized in that the flow speed of the temperature control gas blown through the temperature control nozzle (12; 32a; 32b; 42a; 42b) onto the MAS rotor (13; 33; 43) corresponds in the nozzle cross section to at least half the circumferential speed of the outer jacket of the rotating MAS rotor (13; 33; 43) and to at most the speed of sound in the temperature control gas, and that the temperature control nozzle (12; 32a; 32b; 42a; 42b) has an inner diameter d of between 0.04mm and 0.5mm and a pressure of 0.1MPa to 0.5MPa is applied to the temperature control nozzle (12; 32a; 32b; 42a; 42b).
A cooking instrument comprising: a cooking chamber ; a support tray adapted to hold food in the cooking chamber; a heating system comprised of a heating element configured to emit waves at different peak emission wavelengths, the different peak emission wavelengths including at a first peak wavelength such that the support tray is substantially opaque to waves emitted from the heating element, at a second peak wavelength such that the support tray is substantially transparent to waves emitted from the heating element, and at a third peak wavelength such that the emitted waves directly transfer heat to the support tray substantially without directly transferring heat to the food on the support tray; and a control system configured to select one of the different peak emission wavelengths and drive the heating element to emit at the selected one of the different peak emission wavelengths. a cooking chamber ; a support tray adapted to hold food in the cooking chamber; a heating system comprised of a heating element configured to emit waves at different peak emission wavelengths, the different peak emission wavelengths including at a first peak wavelength such that the support tray is substantially opaque to waves emitted from the heating element, at a second peak wavelength such that the support tray is substantially transparent to waves emitted from the heating element, and at a third peak wavelength such that the emitted waves directly transfer heat to the support tray substantially without directly transferring heat to the food on the support tray; and a control system configured to select one of the different peak emission wavelengths and drive the heating element to emit at the selected one of the different peak emission wavelengths.
Cement comprising cement clinker and a supplementary cementitious material, wherein said supplementary cementitious material comprises: a. at least one calcined clay; b. at least one natural pozzolan with a carbonate species content, expressed as CaCO 3 , of not less than 3% by weight of the total weight of said natural pozzolan. a. at least one calcined clay; b. at least one natural pozzolan with a carbonate species content, expressed as CaCO 3 , of not less than 3% by weight of the total weight of said natural pozzolan.
A tire, comprising a tread, at least part of the tread comprising a tread rubber composition, comprising: a diene rubber; silica; and at least one of sulfur or a sulfur-containing compound, the tread rubber composition satisfying the following relationships to : EB / M 300 ≥ 75 M 100 ≥ 2.2 MPa and EB ≥ 500 % wherein EB is the elongation at break, M100 is 100% modulus and M300 is 300% modulus, and wherein EB, M100 and M300 are measured in accordance with JIS K6251:2010. a diene rubber; silica; and at least one of sulfur or a sulfur-containing compound, the tread rubber composition satisfying the following relationships to : EB / M 300 ≥ 75 M 100 ≥ 2.2 MPa and EB ≥ 500 % wherein EB is the elongation at break, M100 is 100% modulus and M300 is 300% modulus, and wherein EB, M100 and M300 are measured in accordance with JIS K6251:2010.
Dry batch for the production of a coarse ceramic, refractory, shaped, fired product of nitride-bonded SiC, in particular a pipe protection plate for waste incineration plants or a nozzle for flue gas desulfurization plants or a bell for melting tanks, comprising a) an SiC granulation, preferably in an amount of 73.0 to 82.0 ma.-ma.- %, preferably of 76.0 to 80.0 ma.-%, b) Si powder, preferably of metallurgical silicon, in an amount of 10.0 to 15.0 ma.-%, preferably of 12 to 14.5 ma.-% c) SiO 2 powder, preferably quartz flour, in an amount of 0.5 to 5.0 ma.- %, preferably of 0.8 to 2.5 ma.-%, d) at least one mealy Mg component made from an Mg-containing raw material, characterized in that the batch comprises an MgO content of 0.1 to 1.0 ma.-%, preferably of 0.15 to 0.8 ma.-%, particularly preferably of 0.2 to 0.4 ma.-%, and that the batch is boron-free. a) an SiC granulation, preferably in an amount of 73.0 to 82.0 ma.-ma.- %, preferably of 76.0 to 80.0 ma.-%, b) Si powder, preferably of metallurgical silicon, in an amount of 10.0 to 15.0 ma.-%, preferably of 12 to 14.5 ma.-% c) SiO 2 powder, preferably quartz flour, in an amount of 0.5 to 5.0 ma.- %, preferably of 0.8 to 2.5 ma.-%, d) at least one mealy Mg component made from an Mg-containing raw material,
A monitoring method for an industrial control system used for remote monitoring and/or for controlling an industrial process and comprising industrial devices such as industrial controllers and/or field devices, wherein the method comprises: - obtaining (S202) first network traffic transmitted in the industrial control system in a passive monitoring manner; - determining whether it is necessary to monitor the industrial control system in an active probe manner according to characteristics of industrial devices in the industrial control system in the first network traffic ; - if determining that it is necessary to monitor the industrial control system in an active probe manner: - determining a target industrial device according to the characteristics of the industrial devices in the industrial control system in the first network traffic , - sending third network traffic to the determined target industrial device , and - obtaining second network traffic sent by the target industrial device in response to the third network traffic . - obtaining (S202) first network traffic transmitted in the industrial control system in a passive monitoring manner; - determining whether it is necessary to monitor the industrial control system in an active probe manner according to characteristics of industrial devices in the industrial control system in the first network traffic ; - if determining that it is necessary to monitor the industrial control system in an active probe manner: - determining a target industrial device according to the characteristics of the industrial devices in the industrial control system in the first network traffic , - sending third network traffic to the determined target industrial device , and - obtaining second network traffic sent by the target industrial device in response to the third network traffic . - determining a target industrial device according to the characteristics of the industrial devices in the industrial control system in the first network traffic , - sending third network traffic to the determined target industrial device , and - obtaining second network traffic sent by the target industrial device in response to the third network traffic .
Urea sensor protection assembly for protecting at least one fluid sensor of a urea sensor system against bubbles and/or particles wherein the assembly comprises an inner cage for supporting the at least one fluid sensor and an outer cage comprising at least one filter member for blocking air bubbles and/or allowing fluid to pass, wherein the inner cage is, in assembled state (A), at least partially arranged in an inner volume of the outer cage , and wherein the inner cage and the outer cage each comprise at least one separate fixation means for separately fixating the corresponding cage to a common holder of the urea sensor system .