mhurhangee/ep-ind-claims huggingface dataset:
An arrangement consisting of an electronic device as well as at least one apparatus for strain relief coupled with the electronic device for the relief of strain on cables connected to an electronic device, wherein the apparatus for strain relief has means (8, 9) for accommodating and for clamped holding of at least one cable and is designed to be coupled in a detachable manner to one front side of the housing (3, 5) of the electronic device, characterized in that the housing of the electronic device consists of at least two housing parts (3, 5) to be connected with each other, wherein the apparatus for strain relief in the state fastened to the electronic device locks the two housing parts (3, 5) together.
A method of packet processing, comprising: receiving a first packet (500, 600, 650) that includes a header, the header having a plurality of fields; and determining whether the first packet (500, 600, 650) is a duplicate packet using a first one of the plurality of fields according to a pre-determined field-checking hierarchy, the pre-determined field-checking hierarchy prescribing an order in which one or more of the fields are to be checked; wherein the pre-determined field-checking hierarchy prescribes the first one of the plurality of fields to be checked before a second one of the plurality of fields, the first one of the plurality of fields having values that change statistically more frequently than those of the second one of the plurality of fields; and wherein the first packet (500, 600, 650) is determined to be the duplicate packet when the first one of the plurality of fields matches a respective one of fields in a second packet (500, 600, 650) that is received before the first packet (500, 600, 650), and when the first packet (500, 600, 650) is received within a prescribed time period since the second packet (500, 600, 650) is received. receiving a first packet (500, 600, 650) that includes a header, the header having a plurality of fields; and determining whether the first packet (500, 600, 650) is a duplicate packet using a first one of the plurality of fields according to a pre-determined field-checking hierarchy, the pre-determined field-checking hierarchy prescribing an order in which one or more of the fields are to be checked; wherein the pre-determined field-checking hierarchy prescribes the first one of the plurality of fields to be checked before a second one of the plurality of fields, the first one of the plurality of fields having values that change statistically more frequently than those of the second one of the plurality of fields; and wherein the first packet (500, 600, 650) is determined to be the duplicate packet when the first one of the plurality of fields matches a respective one of fields in a second packet (500, 600, 650) that is received before the first packet (500, 600, 650), and when the first packet (500, 600, 650) is received within a prescribed time period since the second packet (500, 600, 650) is received.
A ventilator (1, 31) for supplying a mixed gas of oxygen and a medical gas other than oxygen to a patient as an inhalation gas, comprising: a first gas supply device for supplying a gas containing oxygen, wherein the first gas supply device supplies the gas containing oxygen by high frequency oscillation; an intratracheal tube path inserted and placed in a trachea of the patient; an extratracheal tube path for connecting the first gas supply device with the intratracheal tube path and guiding the gas containing oxygen from the first gas supply device to the patient; and a second gas supply device connected to the extratracheal tube path or the intratracheal tube path for supplying the mixed gas of oxygen and the medical gas other than oxygen to the extratracheal tube path or the intratracheal tube path. a first gas supply device for supplying a gas containing oxygen, wherein the first gas supply device supplies the gas containing oxygen by high frequency oscillation; an intratracheal tube path inserted and placed in a trachea of the patient; an extratracheal tube path for connecting the first gas supply device with the intratracheal tube path and guiding the gas containing oxygen from the first gas supply device to the patient; and a second gas supply device connected to the extratracheal tube path or the intratracheal tube path for supplying the mixed gas of oxygen and the medical gas other than oxygen to the extratracheal tube path or the intratracheal tube path.
An image processing apparatus comprising: a communicator configured to connect with one of a plurality of ports of a cable connected to a signal relay for being tuned to a broadcast signal, and communicate with the signal relay through one of a first communication protocol supporting a first number of ports among the plurality of ports and a second communication protocol supporting a second number of ports greater than the first number of ports; and at least one processor configured to transmit a tuning command for being tuned to the broadcast signal to the signal relay, and configured to receive the broadcast signal tuned in response to the tuning command from the signal relay, and configured to process the received broadcast signal to be displayed as an image; characterized by the at least one processor being configured to transmit the tuning command based on the first communication protocol, to the signal relay, if it is determined that a port number of the port connected to the communicator is within a first number range that is supported by the first communication protocol based on identification information of the port and, the at least one processor is configured to transmit the tuning command based on the second communication protocol, to the signal relay, if it is determined that a port number of the connected port is not within the first number range that is supported by the first communication protocol. a communicator configured to connect with one of a plurality of ports of a cable connected to a signal relay for being tuned to a broadcast signal, and communicate with the signal relay through one of a first communication protocol supporting a first number of ports among the plurality of ports and a second communication protocol supporting a second number of ports greater than the first number of ports; and at least one processor configured to transmit a tuning command for being tuned to the broadcast signal to the signal relay, and configured to receive the broadcast signal tuned in response to the tuning command from the signal relay, and configured to process the received broadcast signal to be displayed as an image; characterized by the at least one processor being configured to transmit the tuning command based on the first communication protocol, to the signal relay, if it is determined that a port number of the port connected to the communicator is within a first number range that is supported by the first communication protocol based on identification information of the port and, the at least one processor is configured to transmit the tuning command based on the second communication protocol, to the signal relay, if it is determined that a port number of the connected port is not within the first number range that is supported by the first communication protocol.
System for determining a pointing direction of a pointer in 3D space, comprising: a 3D imaging unit, and a processing unit coupled to the 3D imaging unit, wherein the processing unit comprises a determination module that is configured to determine a pointing direction of a pointer of a user that is monitored by the 3D imaging unit when the user has the intention to point to an object, and a calibration module that is configured to generate at least one calibration parameter by comparing the determined pointing direction to the position of the object and to transfer the at least one calibration parameter to the determination module in order to calibrate the determination module, characterized in that the determination module is configured to determine the pointing direction of the pointer pointing to the same object for a plurality of times and to determine a peak in the distribution of the determined pointing directions, and the calibration module is configured to generate the at least one calibration parameter by comparing the pointing direction corresponding to the peak in the distribution of the determined pointing directions to the position of the object. a 3D imaging unit, and a processing unit coupled to the 3D imaging unit, wherein the processing unit comprises a determination module that is configured to determine a pointing direction of a pointer of a user that is monitored by the 3D imaging unit when the user has the intention to point to an object, and a calibration module that is configured to generate at least one calibration parameter by comparing the determined pointing direction to the position of the object and to transfer the at least one calibration parameter to the determination module in order to calibrate the determination module,
A process for obtaining an impact resistant, abrasion and/or scratch resistant photochromic article comprising a substrate having two main faces, comprising the following steps: i) preparing a curable coating composition comprising at least one unblocked polyisocyanate terminated polyurethane pre-polymer, at least one polyester polyol having at least three hydroxyl groups and a number average molecular weight ranging from 500 to 6,000 g/mol, at least one photochromic agent, and optionally at least one solvent; ii) depositing the prepared curable coating composition onto at least part of a main face of the substrate; iii) curing said curable coating composition for 10 minutes or less, at a temperature lower than or equal to 100°C, preferably lower than or equal to 95°C, so as to form an impact resistant photochromic coating; iv) forming an abrasion and/or scratch resistant coating on the impact resistant photochromic coating or forming a protective coating on the impact resistant photochromic coating and then forming an abrasion and/or scratch resistant coating on said protective coating. i) preparing a curable coating composition comprising at least one unblocked polyisocyanate terminated polyurethane pre-polymer, at least one polyester polyol having at least three hydroxyl groups and a number average molecular weight ranging from 500 to 6,000 g/mol, at least one photochromic agent, and optionally at least one solvent; ii) depositing the prepared curable coating composition onto at least part of a main face of the substrate; iii) curing said curable coating composition for 10 minutes or less, at a temperature lower than or equal to 100°C, preferably lower than or equal to 95°C, so as to form an impact resistant photochromic coating; iv) forming an abrasion and/or scratch resistant coating on the impact resistant photochromic coating or forming a protective coating on the impact resistant photochromic coating and then forming an abrasion and/or scratch resistant coating on said protective coating.
A kit of parts, comprising: an article of footwear (122, 124, 1500); a first bootie including a first integrated midsole portion, wherein the first integrated midsole portion includes a first cushioning element covering a first area of the first integrated midsole portion, wherein the first bootie is configured to be inserted into the article of footwear; a second bootie including a second integrated midsole portion, wherein the second integrated midsole portion includes a second cushioning element (1406, 1408) covering a second area of the second integrated midsole portion wherein the second bootie is configured to be inserted into the article of footwear; wherein the first integrated midsole portion of the first bootie is configured to provide targeted cushioning to a first portion of the article of footwear, and the second integrated midsole portion of the second bootie is configured to provide targeted cushioning to a second portion of the article of footwear; wherein the first portion is different than the second portion, and characterized in that, in bottom view, the first area covered by the first cushion element of the first bootie is bigger than the second area covered by the second cushion element (1404, 1408) of the second bootie. an article of footwear (122, 124, 1500); a first bootie including a first integrated midsole portion, wherein the first integrated midsole portion includes a first cushioning element covering a first area of the first integrated midsole portion, wherein the first bootie is configured to be inserted into the article of footwear; a second bootie including a second integrated midsole portion, wherein the second integrated midsole portion includes a second cushioning element (1406, 1408) covering a second area of the second integrated midsole portion wherein the second bootie is configured to be inserted into the article of footwear; wherein the first integrated midsole portion of the first bootie is configured to provide targeted cushioning to a first portion of the article of footwear, and the second integrated midsole portion of the second bootie is configured to provide targeted cushioning to a second portion of the article of footwear; wherein the first portion is different than the second portion, and characterized in that, in bottom view, the first area covered by the first cushion element of the first bootie is bigger than the second area covered by the second cushion element (1404, 1408) of the second bootie.
A system to identify cooling loop characteristics, comprising: a collection engine to collect data from sensors located in a plurality of devices associated with a plurality of liquid cooling loops; and a correlation engine to correlate the collected data and identify, based on the correlated data, a common loop from among the plurality of liquid cooling loops, the common loop being a particular liquid cooling loop shared by associated devices; and which of the plurality of devices are the devices associated with the common loop by looking in the collected data for similar anomalies (508, 509) in detectable characteristics of cooling loops. a collection engine to collect data from sensors located in a plurality of devices associated with a plurality of liquid cooling loops; and a correlation engine to correlate the collected data and identify, based on the correlated data, a common loop from among the plurality of liquid cooling loops, the common loop being a particular liquid cooling loop shared by associated devices; and which of the plurality of devices are the devices associated with the common loop by looking in the collected data for similar anomalies (508, 509) in detectable characteristics of cooling loops.
A chamber for floating glass on a bath of molten metal comprising an upstream wall, a downstream wall and two lateral walls (1,2), rolls for driving the glass in a direction of travel from upstream to downstream, the lateral walls each comprising a shoulder (21,22) in symmetrical correspondence to one another, resulting in a reduction in the width of the chamber in the direction of travel of the glass, said shoulder starting at a first point (25,25') and terminating at a second point (26,26') of the lateral wall, said points being in contact with the surface of the bath of metal, characterized in that the vertical plane passing through said two points forms with the vertical plane, parallel with the direction of travel of the glass and passing through the first point, an angle (α) inside the chamber which is greater than 150°.
A chemical reactor for carrying out reforming of a first feed stream comprising a hydrocarbon gas and steam, said chemical reactor comprising: - a shell comprising a heat source, - a reformer tube housing catalyst material, said reformer tube being placed within the shell and being arranged to being heated by said heat source, said reformer tube comprising a first inlet for feeding said first feed stream into a first reforming reaction zone of said reformer tube, - where said reformer tube comprises a feed conduct arranged to conduct a second feed stream in heat exchange contact with said catalyst material housed within said reformer tube and allow said second feed stream into a second reforming reaction zone of said reformer tube, said second reforming reaction zone being positioned downstream of said first reforming reaction zone, where said second feed stream comprises at least 50 dry mol% CO 2 and where said second feed stream is heated prior to introduction thereof into the second reforming reaction zone of said reformer tube, wherein said feed conduct is configured so that said second feed stream is only in contact with catalyst material in said second reforming reaction zone, wherein said second feed stream is mixed with a partly reformed first feed stream, wherein said feed conduct comprises a first part arranged for conducting said second feed stream in heat exchange contact with catalyst material housed within said reformer tube, and a second part arranged for inletting said second feed stream into said second reforming reaction zone of said reformer tube and wherein said second part comprises second inlets at more than one point along a longitudinal axis of said reformer tube and/or a frit material extending along at least a part of the longitudinal axis for letting said second feed stream be released into said second reforming reaction zone along at least a part of the longitudinal axis of the reformer tube housing said feed conduct. - a shell comprising a heat source, - a reformer tube housing catalyst material, said reformer tube being placed within the shell and being arranged to being heated by said heat source, said reformer tube comprising a first inlet for feeding said first feed stream into a first reforming reaction zone of said reformer tube, - where said reformer tube comprises a feed conduct arranged to conduct a second feed stream in heat exchange contact with said catalyst material housed within said reformer tube and allow said second feed stream into a second reforming reaction zone of said reformer tube, said second reforming reaction zone being positioned downstream of said first reforming reaction zone, where said second feed stream comprises at least 50 dry mol% CO 2 and where said second feed stream is heated prior to introduction thereof into the second reforming reaction zone of said reformer tube,
A sealing arrangement for use in detecting a detectable gas in a hermetically sealed detection chamber, the sealing arrangement comprising: - a housing unit provided with a first housing part, a second housing part and an access passageway, the first housing part and the second housing part delimiting an inner volume of the housing unit in a closed state, the inner volume being accessible via the access passageway; - a connecting device (1; 1'), which comprises a tubular part extending from a first annular part to a second annular part (102; 102'), the tubular part delimiting a fluid passage and having an intermediate portion of annular shape arranged around the fluid passage, between the first annular part and the second annular part; and - a sealing structure adapted to form a gas-tight junction at the access passageway, by a continuous contact around the intermediate portion, when the second annular part (102, 102') is received in the inner volume in the closed state of the housing unit; wherein the first annular part is configured to be overlapped by a flexible hose end, while the second annular part (102; 102') is provided with an attachment component (15; 15'), and wherein the housing unit is configured to receive the attachment component (15; 15') in the inner volume, so that gas escaping from the fluid passage via at least one gas permeable end included in the attachment component (15; 15') is hermetically kept in the inner volume. - a housing unit provided with a first housing part, a second housing part and an access passageway, the first housing part and the second housing part delimiting an inner volume of the housing unit in a closed state, the inner volume being accessible via the access passageway; - a connecting device (1; 1'), which comprises a tubular part extending from a first annular part to a second annular part (102; 102'), the tubular part delimiting a fluid passage and having an intermediate portion of annular shape arranged around the fluid passage, between the first annular part and the second annular part; and - a sealing structure adapted to form a gas-tight junction at the access passageway, by a continuous contact around the intermediate portion, when the second annular part (102, 102') is received in the inner volume in the closed state of the housing unit; wherein the first annular part is configured to be overlapped by a flexible hose end, while the second annular part (102; 102') is provided with an attachment component (15; 15'), and wherein the housing unit is configured to receive the attachment component (15; 15') in the inner volume, so that gas escaping from the fluid passage via at least one gas permeable end included in the attachment component (15; 15') is hermetically kept in the inner volume.
Process for the preparation of a water-absorbing polymer structure, comprising the process steps: i) providing an untreated water-absorbing polymer structure having a degree of neutralization of at most 70 mol%; ii) bringing the untreated water-absorbing polymer structure into contact with an organic acid chosen from the group consisting of anisic acid, benzoic acid, formic acid, valeric acid, citric acid, glyoxylic acid, glycollic acid, glycerol phosphoric acid, glutaric acid, chloroacetic acid, chloropropionic acid, cinnamic acid, succinic acid, acetic acid, tartaric acid, lactic acid, pyruvic acid, fumaric acid, propionic acid, 3-hydroxypropionic acid, malonic acid, butyric acid, isobutyric acid, imidinoacetic acid, malic acid, isethionic acid, methylmaleic acid, adipic acid, itaconic acid, crotonic acid, oxalic acid, salicylic acid, gallic acid, sorbic acid, gluconic acid and p-oxybenzoic acid as acidic component, wherein the untreated water-absorbing polymer structure provided in process step i) is post-crosslinked on the surface, and wherein the water-absorbing polymer structure is additionally brought into contact with 0.001 to 5 wt.% of an inorganic component which is pyrogenic silica, silica sol or precipitated silica in process step ii), based on the weight of the untreated water-absorbing polymer structure provided in process step i). i) providing an untreated water-absorbing polymer structure having a degree of neutralization of at most 70 mol%; ii) bringing the untreated water-absorbing polymer structure into contact with an organic acid chosen from the group consisting of anisic acid, benzoic acid, formic acid, valeric acid, citric acid, glyoxylic acid, glycollic acid, glycerol phosphoric acid, glutaric acid, chloroacetic acid, chloropropionic acid, cinnamic acid, succinic acid, acetic acid, tartaric acid, lactic acid, pyruvic acid, fumaric acid, propionic acid, 3-hydroxypropionic acid, malonic acid, butyric acid, isobutyric acid, imidinoacetic acid, malic acid, isethionic acid, methylmaleic acid, adipic acid, itaconic acid, crotonic acid, oxalic acid, salicylic acid, gallic acid, sorbic acid, gluconic acid and p-oxybenzoic acid as acidic component,