mhurhangee/ep-ind-claims huggingface dataset:
A sensor system comprising: an insert member (37, 437, 537) configured to be inserted into a foot-receiving chamber of an article of footwear, the insert member comprising a first layer, a second layer, and a spacer layer located between the first and second layers; a port connected to the insert member and configured for communication with an electronic module; a first sensor formed on the insert member, the first sensor comprising a first contact located on the first layer and a second contact located on the second layer, the second contact being generally aligned with the first contact, wherein the first sensor is configured such that pressure on the insert member causes increased engagement between the first and second contacts to change a resistance of the first sensor; and one or more leads located on the first layer and the second layer, the leads connecting the first and second contacts to the port, wherein the spacer layer includes a first hole aligned with the first sensor to permit at least partial engagement between the first and second contacts of the first sensor through the spacer layer, and further includes a first channel extending from the first hole to a first vent in the insert member, wherein the first channel permits air to flow between the first and second layers from the first sensor to an exterior of the insert member, through the first vent, and wherein the vent is formed as an opening in a side of the second layer opposite the first layer, such that the opening permits outward flow of air from the channel. an insert member (37, 437, 537) configured to be inserted into a foot-receiving chamber of an article of footwear, the insert member comprising a first layer, a second layer, and a spacer layer located between the first and second layers; a port connected to the insert member and configured for communication with an electronic module; a first sensor formed on the insert member, the first sensor comprising a first contact located on the first layer and a second contact located on the second layer, the second contact being generally aligned with the first contact, wherein the first sensor is configured such that pressure on the insert member causes increased engagement between the first and second contacts to change a resistance of the first sensor; and one or more leads located on the first layer and the second layer, the leads connecting the first and second contacts to the port, wherein the spacer layer includes a first hole aligned with the first sensor to permit at least partial engagement between the first and second contacts of the first sensor through the spacer layer, and further includes a first channel extending from the first hole to a first vent in the insert member, wherein the first channel permits air to flow between the first and second layers from the first sensor to an exterior of the insert member, through the first vent, and wherein the vent is formed as an opening in a side of the second layer opposite the first layer, such that the opening permits outward flow of air from the channel.
A transport bag (15, 15.1, 15.2, 15.3, 15.4) for the transport and/or storage of articles, comprising a front wall (21 b) and a rear wall, which are flexibly connected to one another via a bottom section (21c; 23a) in such manner that they can be moved back and forth between a first configuration, in which they form a bag that is open at the top and can be filled from above, and a second configuration in which they lie close together and form a bag that is folded together, wherein the rear wall is extended upwards beyond the height of the front wall with a support section for fastening the transport bag (15, 15.1, 15.2, 15.3, 15.4) to a transport device (10, 10.1, 10.2), wherein opening means (16, 19, 20) are provided which automatically bring the transport bag (15, 15.1, 15.2, 15.3, 15.4) into the first configuration and hold it there, and allow a deliberate shift from the first to the second configuration, wherein the opening means (16, 19, 20) comprise an opening bracket which connects the rear wall and the front wall to one another, characterized in that the opening bracket is pivotably mounted on each of the rear wall and the front wall in such a manner that, starting from the second configuration, it is pivoted by its own weight from an inclined second position into a less inclined first position and thereby brings the transport bag (15, 15.1, 15.2, 15.3, 15.4) into the first configuration and keeps it there.
Electron transfer composition comprising one or more metal carboxylates, wherein the metal carboxylate is selected from the group consisting of with p = 1, n is at least 1, and M = Cs +, or p = 2 and M = Ba 2+, wherein n is at least 1, m is at least 1 and M = Cs + or 0.5 Ba 2+, and wherein n is at least 1, m is at least 1, and R is a phenyl group substituted with at least group COOM or an alkyl group substituted with at least one group COOM and M = Cs + or 0.5 Ba 2+.
A vertical production tubing for conveying a flowing two-phase fluid mixture, comprising of gas-liquid fluids, the tubing having an inner surface and upstream and downstream ends, the tubing comprising: one or more flow stabilizing devices positioned in the tubing along a structural support tube, the one or more flow stabilizing devices being configured and dimensioned to accelerate the velocity of the flowing two-phase fluid mixture in the tubing to sustain upward liquid flow, wherein at least one of the one or more flow stabilizing devices includes: a first portion facing upstream, wherein the distal end of the first portion forms a first apex that faces upstream; a second portion facing downstream, wherein the distal end of the second portion forms a second apex that faces downstream; a passageway extending from the first apex through the second apex; characterized in that the structural support tube is attached directly to the second apex and extends axially from the second apex, wherein the structural support tube is disposed entirely within the tubing; and wherein each of the flow stabilizing devices is dimensioned and configured so that the exterior surface of the flow stabilizing device does not touch the adjacent inner wall of the tubing, wherein the exterior surface of the first portion forms a solid surface that is configured to block and deflect the path of the flowing two-phase fluid mixture; wherein a first portion of the mixture flows through the passageway; and wherein a second portion of the mixture flows around the flow stabilizing device. one or more flow stabilizing devices positioned in the tubing along a structural support tube, the one or more flow stabilizing devices being configured and dimensioned to accelerate the velocity of the flowing two-phase fluid mixture in the tubing to sustain upward liquid flow, a first portion facing upstream, wherein the distal end of the first portion forms a first apex that faces upstream; a second portion facing downstream, wherein the distal end of the second portion forms a second apex that faces downstream; a passageway extending from the first apex through the second apex;
A polypeptide consisting of the sequence • WLRRIKAWLRRIKAWLRRIKAKALARQLGVAA; • RQRRKKRGKALARQLGVAA; • GRKKRRQRKALARQLGVAA; • YGRKKRRQRRRKALARQLGVAA; or • WLRRIKAWLRRIKAKALARQLGVAA. • WLRRIKAWLRRIKAWLRRIKAKALARQLGVAA; • RQRRKKRGKALARQLGVAA; • GRKKRRQRKALARQLGVAA; • YGRKKRRQRRRKALARQLGVAA; or • WLRRIKAWLRRIKAKALARQLGVAA.
An array substrate, comprising: a data line; a first voltage supply line; a second voltage supply line; and a pixel driving circuit; wherein the pixel driving circuit comprises one or more transistors in a first group and one or more transistors (Tx) in a second group; wherein a source electrode (Sy) and a drain electrode (Dy) of at least one transistor in the first group, the data line, the first voltage supply line, and the second voltage supply line are in a same layer; a source electrode (Sx) and a drain electrode (Dx) of at least one transistor (Tx) in the second group are in a layer different from the first voltage supply line and the second voltage supply line; and the at least one transistor in the first group is a transistor that is not turned on during an output period of the pixel driving circuit, and the at least one transistor (Tx) in the second group is a transistor that is turned on during the output period of the pixel driving circuit. a data line; a first voltage supply line; a second voltage supply line; and a pixel driving circuit; wherein the pixel driving circuit comprises one or more transistors in a first group and one or more transistors (Tx) in a second group; wherein a source electrode (Sy) and a drain electrode (Dy) of at least one transistor in the first group, the data line, the first voltage supply line, and the second voltage supply line are in a same layer; a source electrode (Sx) and a drain electrode (Dx) of at least one transistor (Tx) in the second group are in a layer different from the first voltage supply line and the second voltage supply line; and the at least one transistor in the first group is a transistor that is not turned on during an output period of the pixel driving circuit, and the at least one transistor (Tx) in the second group is a transistor that is turned on during the output period of the pixel driving circuit.
Adjuvant for vaccines, characterized by the fact that the adjuvant comprises a non-lipidated bacterial outer-membrane polypeptide (Omp) of the Brucella genus, selected from non-lipidated Omp19S polypeptide and non-lipidated Omp16S polypeptide.
A method for signaling a malfunction or imminent malfunction of a positioning device equipped with at least one GNSS receiver (GE1, GE2), which comprises the following method steps: - receiving one or more initial signals of a first GNSS satellite system and deriving a first time from the one or more initial signals; - receiving one or more secondary signals from a second GNSS satellite system and deriving a second time from the one or more secondary signals; - evaluating the first time and the second time; and - deciding that a signaling is triggered, depending on the result of the evaluation, wherein the first time is a system time of the first GNSS satellite system, the second time is a system time of the second GNSS satellite system or has been derived from such a system time of the second GNSS satellite system, and the evaluation of the first time and the second time comprises a comparison of the first time with the second time, characterized in that it is decided to trigger a signaling if the first time deviates from the second time by more than one threshold difference, wherein the time information contained in the user data is used directly as the first time. - receiving one or more initial signals of a first GNSS satellite system and deriving a first time from the one or more initial signals; - receiving one or more secondary signals from a second GNSS satellite system and deriving a second time from the one or more secondary signals; - evaluating the first time and the second time; and - deciding that a signaling is triggered, depending on the result of the evaluation, wherein
Toilet paper dispenser, comprising a housing with a roll of a toilet paper strip, which comprises precuts transverse to the strip defining rectangular paper sheets, the housing comprising a nozzle with a dispensing orifice for dispensing the toilet paper, the nozzle having a frustoconical shape, its small-diameter orifice being the dispensing orifice situated outside of the nozzle with respect to the housing, characterised in that the nozzle and the width of the toilet paper strip are determined so that the toilet paper sheets are unwound one at a time and emerge with less crumpling, the width of the toilet paper strip being between 125 mm and 180 mm and the diameter of the dispensing orifice of the nozzle being between 6 mm and 8 mm.
A liquid-cooled system (10, 100) for a platform with air cooling, comprising: an electrical system (14, 114) comprising first and second electrical components (16, 18: 116, 118); a liquid-to-air cooling unit (12, 112) comprising an air flow path (26, 126), a first heat exchanger (36, 136) in the air flow path (26, 126), and a second heat exchanger (38, 138) in the air flow path (26, 126) downstream of the first heat exchanger (36, 136); a first liquid loop (20, 120) comprising a liquid coolant (40a, 140a) passing through the first heat exchanger (36, 136) and the first electrical component (16, 116); and a second liquid loop (22, 122) comprising a liquid coolant (40b, 140b) passing through the second heat exchanger (38, 138) and the second electrical component (18, 118), wherein the first liquid loop (20, 120) is thermally isolated from the second liquid loop (22, 122). an electrical system (14, 114) comprising first and second electrical components (16, 18: 116, 118); a liquid-to-air cooling unit (12, 112) comprising an air flow path (26, 126), a first heat exchanger (36, 136) in the air flow path (26, 126), and a second heat exchanger (38, 138) in the air flow path (26, 126) downstream of the first heat exchanger (36, 136); a first liquid loop (20, 120) comprising a liquid coolant (40a, 140a) passing through the first heat exchanger (36, 136) and the first electrical component (16, 116); and a second liquid loop (22, 122) comprising a liquid coolant (40b, 140b) passing through the second heat exchanger (38, 138) and the second electrical component (18, 118), wherein the first liquid loop (20, 120) is thermally isolated from the second liquid loop (22, 122).
A memory access system comprising: a memory; image processing means for executing image processing; a scanner that is configured to read an original and generate image data; a printer that is configured to form an image on a recording medium, and a plurality of masters including at least a first master and a second master, the first master executing, via an internal bus, an access to the memory based on generation of image data by the scanner or an access to the memory for reading out image data to be used by the printer, and the second master executing, via the internal bus, an access to the memory based on execution of image processing by the image processing means, characterized by a monitor circuit that is configured to monitor a data amount, per predetermined time, transmitted via the internal bus in an access between the memory and each of the plurality of masters, and to calculate a total of the data amounts, per predetermined time, of the plurality of masters; and a controller that is configured to reduce access to the memory via the internal bus by the second master among the plurality of masters and to not reduce access to the memory via the internal bus by the first master among the plurality of masters in a case where a predetermined condition regarding the total of the data amounts, per predetermined time, of the plurality of masters monitored by the monitor circuit is satisfied. a memory; image processing means for executing image processing; a scanner that is configured to read an original and generate image data; a printer that is configured to form an image on a recording medium, and a plurality of masters including at least a first master and a second master, the first master executing, via an internal bus, an access to the memory based on generation of image data by the scanner or an access to the memory for reading out image data to be used by the printer, and the second master executing, via the internal bus, an access to the memory based on execution of image processing by the image processing means, characterized by a monitor circuit that is configured to monitor a data amount, per predetermined time, transmitted via the internal bus in an access between the memory and each of the plurality of masters, and to calculate a total of the data amounts, per predetermined time, of the plurality of masters; and a controller that is configured to reduce access to the memory via the internal bus by the second master among the plurality of masters and to not reduce access to the memory via the internal bus by the first master among the plurality of masters in a case where a predetermined condition regarding the total of the data amounts, per predetermined time, of the plurality of masters monitored by the monitor circuit is satisfied.
Method for monitoring the condition of railway tracks, comprising the steps of - determining movement of a train as it travels on a rail track using at least one sensor device, - establishing, in a train borne cab radio, a profile of a track based on data from the at least one sensor device and a location device, - comparing current data with the profile, and - communicating data relating to results derived from the comparison with a central ground station of a railway system whenever current data from the at least one sensor device exceeds a predefined threshold when compared to the profile data, the central ground station receiving data relating to results derived from a comparison of data from sensor devices with an established profile of a railway track from multiple train borne cab radios, and correlating the data received from the multiple train borne cab radios, and - at the central ground station, correlating the data relating to the results with data received from at least one other train; wherein the profile is generated based on multiple journeys of the train over the same stretch of rail track. - determining movement of a train as it travels on a rail track using at least one sensor device, - establishing, in a train borne cab radio, a profile of a track based on data from the at least one sensor device and a location device, - comparing current data with the profile, and - communicating data relating to results derived from the comparison with a central ground station of a railway system whenever current data from the at least one sensor device exceeds a predefined threshold when compared to the profile data, the central ground station receiving data relating to results derived from a comparison of data from sensor devices with an established profile of a railway track from multiple train borne cab radios, and correlating the data received from the multiple train borne cab radios, and - at the central ground station, correlating the data relating to the results with data received from at least one other train;
In vitro method for assessing the risk of developing a cardiovascular condition in a patient, said method comprising the steps: - exposing a first group of cardiomyocytes to a sample derived from said patient; - measuring at least one property of said cardiomyocytes; - comparing said at least one property with the same at least one property measured in a second group of said cardiomyocytes, wherein said second group of said cardiomyocytes has been exposed to a control sample; wherein a difference in said at least one property between said first group and said second group indicates an increased risk of developing said cardiovascular condition, wherein said sample derived from said patient is blood serum or blood plasma, and said patient is selected from the group of tumor patients, patients with tumor-induced cachexia and patients suffering from depressive or other mood disorders, wherein said at least one property is selected from the group comprising cell size, cell morphology, rate of apoptosis, expression of one or more genes or reporter constructs, presence of one or more nucleic acid molecules, epigenetic profile, biochemical parameters and cell function. - exposing a first group of cardiomyocytes to a sample derived from said patient; - measuring at least one property of said cardiomyocytes; - comparing said at least one property with the same at least one property measured in a second group of said cardiomyocytes, wherein said second group of said cardiomyocytes has been exposed to a control sample;
A method of marking indicia on tab stock used to provide tabs for use with can ends, the method comprising: providing the tab stock to a tab press comprising a punch and a die, the punch comprising a set of raised features and the die comprising a respective set of recessed features such that the features cooperate to deboss said indicia on regions of the tab stock within tab forming areas that face outwardly when the tabs are attached to a can end, each of said raised and recessed features comprising surfaces that are inclined relative to a plane of the punch and the die, each of the raised features of the punch comprising a flat outer surface substantially parallel to the plane of the punch, each flat outer surface having an angular junction with one of said inclined surfaces, the inclined surfaces of the recessed features of the die have an angular junction with an outer face of the die, and characterised by said features being such that, when the press is fully closed, the spacing between respective angular junctions of the raised and recessed features is less than the thickness of the tab stock in said regions within tab forming areas. providing the tab stock to a tab press comprising a punch and a die, the punch comprising a set of raised features and the die comprising a respective set of recessed features such that the features cooperate to deboss said indicia on regions of the tab stock within tab forming areas that face outwardly when the tabs are attached to a can end, each of said raised and recessed features comprising surfaces that are inclined relative to a plane of the punch and the die, each of the raised features of the punch comprising a flat outer surface substantially parallel to the plane of the punch, each flat outer surface having an angular junction with one of said inclined surfaces, the inclined surfaces of the recessed features of the die have an angular junction with an outer face of the die, and characterised by said features being such that, when the press is fully closed, the spacing between respective angular junctions of the raised and recessed features is less than the thickness of the tab stock in said regions within tab forming areas.
A system comprising: a local compute resource; an authorization engine (104, 304, 404) configured to authorize a resource request to the local compute resource from a source; an interface engine (106, 306, 406) configured to assign a data property to the local compute resource in response to a determination that the resource request is authorized to access the local compute resource; and a manager engine configured to: determine an authorization level of the resource request; and assign access of the local compute resource to the resource request based on a comparison of the data property of the local compute resource and an access term associated with the authorization level. a local compute resource; an authorization engine (104, 304, 404) configured to authorize a resource request to the local compute resource from a source; an interface engine (106, 306, 406) configured to assign a data property to the local compute resource in response to a determination that the resource request is authorized to access the local compute resource; and a manager engine configured to: determine an authorization level of the resource request; and assign access of the local compute resource to the resource request based on a comparison of the data property of the local compute resource and an access term associated with the authorization level. determine an authorization level of the resource request; and assign access of the local compute resource to the resource request based on a comparison of the data property of the local compute resource and an access term associated with the authorization level.