mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for vulcanizing a tire comprising: a side mold segment provided with a side-shaping-face for shaping the outer surface of a sidewall portion of the tire, and a face being opposite to the side-shaping-face and not serving for shaping, and a heater part (J1) for vulcanizing the raw tire, the heater part (J1) being disposed adjacently to the side mold segment to heat the raw tire abutting on the side-shaping-face from the side of the face not serving for shaping, wherein the side mold segment is provided with a plurality of radial flow paths each comprising a supply port portion for being supplied with a first fluid (R1) whose temperature is lower than the vulcanization temperature of the raw tire, a discharge port portion for discharging the first fluid (R1), and a main portion extending between the supply port portion and the discharge port portion , wherein the apparatus is configured such that the flow direction of a radially inner flow path is opposite to the flow direction of a radially outer flow path , characterized in that the apparatus is configured to use the plurality of flow paths selectively, to increase and decrease a cooling area according to the radial positions of rubber compounds and reinforcing cord layers used in the tire sidewall portion. a side mold segment provided with a side-shaping-face for shaping the outer surface of a sidewall portion of the tire, and a face being opposite to the side-shaping-face and not serving for shaping, and a heater part (J1) for vulcanizing the raw tire, the heater part (J1) being disposed adjacently to the side mold segment to heat the raw tire abutting on the side-shaping-face from the side of the face not serving for shaping, wherein the side mold segment is provided with a plurality of radial flow paths each comprising a supply port portion for being supplied with a first fluid (R1) whose temperature is lower than the vulcanization temperature of the raw tire, a discharge port portion for discharging the first fluid (R1), and a main portion extending between the supply port portion and the discharge port portion , wherein the apparatus is configured such that the flow direction of a radially inner flow path is opposite to the flow direction of a radially outer flow path , characterized in that the apparatus is configured to use the plurality of flow paths selectively, to increase and decrease a cooling area according to the radial positions of rubber compounds and reinforcing cord layers used in the tire sidewall portion.
A compressor comprising: a casing ; a terminal protruding from the casing; a first cover covering the terminal; and a second cover covering the first cover, characterized in that a differential volume (CD) obtained by subtracting a first volume (C1), which is a volume of the first cover , from a second volume (C2), which is a volume of the second cover , is larger than the first volume (C1), wherein the first cover includes a first opening side surface in which a first opening for passing a lead wire is formed, and the second cover includes a second opening side surface in which a second opening for passing the lead wire is formed, wherein the first opening has a center separated from the casing by a first distance (D1), the second opening has a center separated from the casing by a second distance (D2), and the first distance (D1) is different from the second distance (D2), wherein the first distance (D1) is larger than the second distance (D2). a casing ; a terminal protruding from the casing; a first cover covering the terminal; and a second cover covering the first cover, characterized in that a differential volume (CD) obtained by subtracting a first volume (C1), which is a volume of the first cover , from a second volume (C2), which is a volume of the second cover , is larger than the first volume (C1), wherein the first cover includes a first opening side surface in which a first opening for passing a lead wire is formed, and the second cover includes a second opening side surface in which a second opening for passing the lead wire is formed, wherein the first opening has a center separated from the casing by a first distance (D1), the second opening has a center separated from the casing by a second distance (D2), and the first distance (D1) is different from the second distance (D2), wherein the first distance (D1) is larger than the second distance (D2).
Climbing shoe comprising a substantially sock-shaped shoe-upper formed so as to completely cover the foot of the user; a front tensioning strip which is made of elastic material, is fixed on the toe of the shoe-upper , and is substantially U-shaped so as to cover the toe of the shoe-upper in the area surrounding the tarsal-phalangeal region of the sole of the foot; a rear tensioning strip which is made of elastic material, is fixed on the rear part of the shoe-upper , and is substantially U-shaped so as to cover the rear part of the shoe-upper in the area immediately over the heel and then extend/ prolong along the two lateral sides of the shoe-upper ; and a front sole which is fixed on the bottom part of the shoe-upper so as to cover the tarsal-phalangeal region of the sole of the foot; the climbing shoe being characterized by also comprising a rear sole which is discrete and spaced apart from the front sole , and is fixed on the bottom part of the shoe-upper so as to at least partly cover the talus-calcaneus region of the sole of the foot; and a substantially ribbonlike, medial tensioning strip which is made of inextensible material and is fixed on the bottom part of the shoe-upper so as to extend from the area of the shoe-upper under the front sole up to the area of the shoe-upper under the rear sole following an arched trajectory substantially coincident with the center line (L) of the sole of the foot; wherein the width of the medial tensioning strip is always less than the width of the bottom part of the shoe-upper ; wherein the two ends of the front tensioning strip are provided with longitudinal appendages which extend/prolong along the bottom part of the shoe-upper , so as to reach and at least partly cover the insole arch region while joining each other; wherein the two ends of the rear tensioning strip extend on the bottom part of the shoe-upper , along the insole arch region , so as to at least partly cover the insole arch region ; and wherein the medial tensioning strip extends along the bottom part of the shoe-upper , from the tarsal-phalangeal region of the sole of the foot to the talus-calcaneus region , passing over the longitudinal appendages of the front tensioning strip and the ends of the rear tensioning strip .
Use of a solution of a compound with biostatic activity selected from potassium sorbate, potassium propionate, nisin, potassium benzoate and pulcherriminic acid or its iron chelate, pulcherrimin as agronomic additive for fertilizer products including urea, urease inhibitors and biostimulants, being such biostimulants any individual substance or mixture of substances the application of which stimulates biological processes and, therefore, improves the availability of nutrients and optimizes the absorption thereof by the plants, wherein the biostimulants are selected among amino acids, saccharides, humic or fulvic acids, organic acids, yeast extracts, algae extracts and combinations thereof.
A packaging material comprising a fibre based substrate and a gas barrier layer based on a polyvinyl alcohol (PVOH), wherein said gas barrier layer comprises an interpolymer complex forming agent (IPCFA), which IPCFA is a water-soluble polymer exhibiting functional groups capable of forming hydrogen bonds with -OH groups of the PVOH, characterized in that said PVOH has a weight average molecular weight (M w ) measured according to ASTM D4001 - 13 in the range of 80 kg/mol to 135 kg/mol, the proportion of said IPCFA to PVOH in said gas barrier layer is in the range of 0.5 to 7.0 % (w/w) and said packaging material has an oxygen permeability (OP) below 14 ml μm/m 2 day atm, which OP is obtained by multiplying the oxygen transmission rate (OTR) of the packaging material measured according to ASTM F1927-7 at a relative humidity (RH) of 80% and 23 °C by the thickness of the gas barrier layer.
A rigid valve block body (210; 700; 910; 1010; 1410) for determining fluid flow direction at a subsea structure, comprising: a first fluid inlet (300; 710; 900) and a further fluid inlet (310; 720; 905) at opposed sides of the rigid valve block body; a first fluid outlet (400; 730; 930) of the valve block body and a further fluid outlet (410; 735; 940) of the valve block body disposed in a spaced apart relationship; a first V-shaped fluid communication passageway (420; 718; 920) that comprises two passageway portions (432, 434; 742, 744) each extending within the valve block body from a first common root region (436; 746) proximate to the first fluid inlet; and a further V-shaped fluid communication passageway that comprises two further passageway portions (462, 464; 762, 764) each extending within the valve block body away from a further common root region (466; 766) proximate to the further fluid inlet, wherein an end region of each passageway portion of the first V-shaped fluid communication passageway meets an end region of a respective passageway portion of the further V-shaped fluid communication passageway proximate to a respective fluid outlet, and wherein the valve block body further comprises a respective selection valve chamber (438, 440, 468, 470; 748, 750, 768, 770), in a fluid flow path in each passageway portion, for a respective flow selection valve (220; 1020; 1420). a first fluid inlet (300; 710; 900) and a further fluid inlet (310; 720; 905) at opposed sides of the rigid valve block body; a first fluid outlet (400; 730; 930) of the valve block body and a further fluid outlet (410; 735; 940) of the valve block body disposed in a spaced apart relationship; a first V-shaped fluid communication passageway (420; 718; 920) that comprises two passageway portions (432, 434; 742, 744) each extending within the valve block body from a first common root region (436; 746) proximate to the first fluid inlet; and a further V-shaped fluid communication passageway that comprises two further passageway portions (462, 464; 762, 764) each extending within the valve block body away from a further common root region (466; 766) proximate to the further fluid inlet, wherein an end region of each passageway portion of the first V-shaped fluid communication passageway meets an end region of a respective passageway portion of the further V-shaped fluid communication passageway proximate to a respective fluid outlet, and wherein the valve block body further comprises a respective selection valve chamber (438, 440, 468, 470; 748, 750, 768, 770), in a fluid flow path in each passageway portion, for a respective flow selection valve (220; 1020; 1420).
A non-aqueous electrolyte secondary battery cell, in which, in a non-aqueous electrolyte secondary battery, the cell itself has a shape of a cylinder or a polygonal tube with rounded corners; a hard core material is provided at a center of the cell, the core material being an insulating body having a circular or quadrangular cross-section and having a shape of a hollow tube, the core material preventing permeation of an electrolyte; a cell monitoring system is provided inside a hollow part of the core material, the cell monitoring system comprising a voltage sensor , temperature sensor , and balancer for the cell, the voltage sensor , the temperature sensor , and the balancer being attached to the cell monitoring system; a cell basic member constituted by a positive electrode member , separator, and negative electrode member for the non-aqueous electrolyte secondary battery is wound or laminated on the core material serving as a shaft; an electro-conductive terminal electrically connected to a current collector of the positive electrode member and an electro-conductive terminal electrically connected to a current collector of the negative electrode member are provided on the cell, the terminals being exposed to outer sides of the cell; and the temperature sensor of the cell monitoring system is attached to a central part of the hollow part of the core material by being firmly adhered to the core material , and the balancer is of a passive type such that, among a plurality of battery cells in a battery pack, battery cells with higher voltages are detected and electric power of these battery cells is converted into heat by means of a resistor , whereby the voltages of these battery cells are aligned with voltages of battery cells with lower voltages and, thereafter, the entirety of the plurality of battery cells are charged and the non-aqueous electrolyte secondary battery cell is connected with a wire which dissipates heat generated at the balancer via the terminal of the positive electrode or the terminal of the negative electrode .
Measuring cartridge for measuring at least one constituent of a liquid sample, in particular blood, and for performing quality control, the cartridge comprising: a casing insertable into a reception opening of a measuring instrument , the casing at least partly surrounding an inner space ; wherein the inner space contains: a measurement cell comprising a reception space for the sample and at least one sensor area with which the sample is in contact when loaded into the reception space ; characterised by plural quality control containers respectively holding different quality control solutions ; a solution routing system adapted to selectively route one of the quality control solutions from the respective quality control container into the reception space of the measurement cell , wherein the different quality control solutions contain mixtures of plural target constituents, in particular H + , Na + , K + , Ca 2+ , Cl 2- , in different concentrations. a casing insertable into a reception opening of a measuring instrument , the casing at least partly surrounding an inner space ; wherein the inner space contains: a measurement cell comprising a reception space for the sample and at least one sensor area with which the sample is in contact when loaded into the reception space ; characterised by plural quality control containers respectively holding different quality control solutions ; a solution routing system adapted to selectively route one of the quality control solutions from the respective quality control container into the reception space of the measurement cell , wherein the different quality control solutions contain mixtures of plural target constituents, in particular H + , Na + , K + , Ca 2+ , Cl 2- , in different concentrations.
Sealing/joining method of at least two mutually adjacent areal flooring elements of plastic material with one another along their mutually facing, directly adjacent and at least partially contacting lateral edges , wherein the flooring elements are to be arranged lying on a floor in a room of a building, characterized in that as flooring elements , single-layer or multilayer flooring elements are used which overlap in an area of their lateral edges such that one flooring element covers another flooring element at its surface only with a part of its total material thickness, wherein the temperature of at least one of the mutually adjacent flooring elements along its lateral edges adjacent the lateral edges of another flooring element in a vicinity of its edges is temporarily locally increased relative to the room temperature by energy input such that at least one layer of the flooring elements is at least partially plasticized locally in a connecting region along their directly adjacent and at least partially contacting lateral edges in a vicinity of the edges , whereby the one flooring element is connected to the other flooring element in a materially bonded manner, wherein electromagnetic radiation in the infrared spectral range is used for the local temperature increase and wherein the common surface of the flooring elements comprises no edges, steps and/or cracks upon completion of the sealing/connecting process, in particular in the connecting region .
A microprocessor system of a mobile end device , having: - a normal operating system which is devised for generating and maintaining an insecure runtime environment (REE), - a security operating system which is devised for generating and maintaining a secured runtime environment (TEE), and - a voice input device and a voice output device , wherein the security operating system is devised to establish a secure channel between a secure element and the voice input device and/or the voice output device , wherein before the establishment of the secure channel a speech data stream is transferable to the secure element over a full-duplex interface of the normal operating system . - a normal operating system which is devised for generating and maintaining an insecure runtime environment (REE), - a security operating system which is devised for generating and maintaining a secured runtime environment (TEE), and - a voice input device and a voice output device ,
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: transmitting, between a first networking device and a second networking device, a set of current conditions for coordinating transmission of a multicast stream to an access point, wherein coordinating the transmission by the first networking device and the second networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the second networking device transmitting the multicast stream to the access point; detecting, by the first networking device, failure of the second networking device; and responsive to detecting failure of the second network device: transmitting, between the first networking device and a third networking device, the set of current conditions for coordinating transmission of the multicast stream to the access point, wherein coordinating the transmission by the first networking device and the third networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the third networking device transmitting the multicast stream to the access point. transmitting, between a first networking device and a second networking device, a set of current conditions for coordinating transmission of a multicast stream to an access point, wherein coordinating the transmission by the first networking device and the second networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the second networking device transmitting the multicast stream to the access point; detecting, by the first networking device, failure of the second networking device; and responsive to detecting failure of the second network device: transmitting, between the first networking device and a third networking device, the set of current conditions for coordinating transmission of the multicast stream to the access point, wherein coordinating the transmission by the first networking device and the third networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the third networking device transmitting the multicast stream to the access point.
A rail to be mounted elastically with a joint-filling element , said rail having a rail head with a running surface for vehicle wheels, a rail foot , and a rail web connecting the rail head and foot, in particular a grooved rail, which is intended to be enclosed at least on one side by an optionally multi-layered surround , which forms an embedment of the rail and the surface of which is in the height region of the running surface , there being a joint , which is to be filled with the joint-filling element , between the embedment and a side face of the rail head , the joint-filling element being prefabricated and consisting of an elastic material and being formed with an inner side facing the rail head , an outer side facing away from the rail head , an upper side and a lower side , the inner side being permanently adhesively attached to the side face of the rail head before the rail is laid, the outer side being designed to promote adhesion to the surround , and the lower side being designed to inhibit adhesion, characterised in that adhesion-promoting elements are embedded in the material of the joint-filling element and have a nonwoven which is embedded on the inner side in an adhesive layer to the side face of the rail head .
An interaction method in a call, wherein the method is applied to a call scenario of a wearable device and a communication peer device, and the method comprises: the wearable device starting (S1100) communication with the communication peer device; determining (S 1200) whether a phone number of the communication peer device is a service number, wherein a service number corresponds to a call in which a digit or symbol needs to be entered to select a service; displaying (S1300) a voice assistant icon on a call screen of the wearable device if a phone number of the communication peer device is a service number; detecting (S1400) that the voice assistant icon has been pressed to activate the voice assistant icon; converting (S 1500) received voice information into a dual tone multi frequency, DTMF, tone when the voice assistant icon is activated; and sending the DTMF tone to the communication peer device. the wearable device starting (S1100) communication with the communication peer device; determining (S 1200) whether a phone number of the communication peer device is a service number, wherein a service number corresponds to a call in which a digit or symbol needs to be entered to select a service; displaying (S1300) a voice assistant icon on a call screen of the wearable device if a phone number of the communication peer device is a service number; detecting (S1400) that the voice assistant icon has been pressed to activate the voice assistant icon; converting (S 1500) received voice information into a dual tone multi frequency, DTMF, tone when the voice assistant icon is activated; and sending the DTMF tone to the communication peer device.