mhurhangee/ep-ind-claims huggingface dataset:
An item of footwear (100, 900) including: a midsole (110, 905); an insole, releasably coupled to the midsole (110, 905), a sole (115, 915), releasably coupled to the midsole (110, 905), and an upper (105, 910); and wherein the upper (105, 910) is releasably coupled to the midsole (110, 905) by a locking member (120a, 925), configured to be slid along and locked into a channel (210, 930) of the midsole (110, 905), the locking member (120a, 925) held in place by the insole, which fits over the midsole (110, 905) and over the locking member (120a, 925) and channel (210, 930). a midsole (110, 905); an insole, releasably coupled to the midsole (110, 905), a sole (115, 915), releasably coupled to the midsole (110, 905), and an upper (105, 910); and wherein the upper (105, 910) is releasably coupled to the midsole (110, 905) by a locking member (120a, 925), configured to be slid along and locked into a channel (210, 930) of the midsole (110, 905), the locking member (120a, 925) held in place by the insole, which fits over the midsole (110, 905) and over the locking member (120a, 925) and channel (210, 930).
A diagnostic apparatus, comprising: a sealed case, comprising a biocompatible material and configured for implantation within a body of a human subject; at least one antenna configured to be implanted in the body in proximity to a target tissue, to receive radio frequency electromagnetic waves propagated through the target tissue, and to output a signal in response to the received waves; and processing circuitry contained within the case and configured to receive and process the signal from the antenna so as to derive and output an indication of a characteristic of the target tissue, characterised in that the at least one antenna comprises a trace printed on a substrate and a backlobe suppression structure behind the trace. a sealed case, comprising a biocompatible material and configured for implantation within a body of a human subject; at least one antenna configured to be implanted in the body in proximity to a target tissue, to receive radio frequency electromagnetic waves propagated through the target tissue, and to output a signal in response to the received waves; and processing circuitry contained within the case and configured to receive and process the signal from the antenna so as to derive and output an indication of a characteristic of the target tissue, characterised in that the at least one antenna comprises a trace printed on a substrate and a backlobe suppression structure behind the trace.
A measuring device for measuring physiological data of an animal such as a mammal for determining at least one condition parameter of the animal, comprising a first and second module (12, 14) which are configured to be worn, in use, by the animal, wherein the first and second module are furthermore arranged to be mechanically connected with each other, from a condition of being mechanically separated from each other, whereby in the connected condition, in use, between the first and second module is a skin part of the animal, wherein one of the modules comprises a source for emitting electromagnetic radiation such as light and wherein another of the modules comprises a sensor system for measuring a parameter such as intensity of a fraction (Lm) of the emitted radiation received via that skin part and for generating a measuring signal (S L) which is indicative of the measured parameter, wherein the measuring device is configured such that, in use, the first and second module can be connected stably with each other only when they have at least one mutual orientation that falls within a predetermined range of mutual orientations, characterized in that the range is limited in a limited turning around an axis which is at least substantially perpendicular to a plane which, in use, extends parallel to sides of the first and second module that face each other.
A method for LDAP compliant directory server integration comprising: setting at least one parameter determining a range of permissible expiration times for a plurality of cached directory entries, wherein the cached directory entries are used to provide at least one of: recipient validation, address resolution, and message routing; creating, in electronic storage, a cached directory entry retrieved from an LDAP compliant directory server (140 to 140) in response to an LDAP query; assigning (418, 516) a creation time to the cached directory entry; and assigning (420, 518) at least one random value to the cached directory entry, the random value determining an expiration time for the cached directory entry within the range of permissible expiration times determined by at least one parameter, wherein randomizing the expiration time for the cached directory entry among the range of permissible expiration times for a plurality of cached directory entries reduces an amount of synchronization required between cache memory and the LDAP compliant directory server at a point in time. setting at least one parameter determining a range of permissible expiration times for a plurality of cached directory entries, wherein the cached directory entries are used to provide at least one of: recipient validation, address resolution, and message routing; creating, in electronic storage, a cached directory entry retrieved from an LDAP compliant directory server (140 to 140) in response to an LDAP query; assigning (418, 516) a creation time to the cached directory entry; and assigning (420, 518) at least one random value to the cached directory entry, the random value determining an expiration time for the cached directory entry within the range of permissible expiration times determined by at least one parameter, wherein randomizing the expiration time for the cached directory entry among the range of permissible expiration times for a plurality of cached directory entries reduces an amount of synchronization required between cache memory and the LDAP compliant directory server at a point in time.
A method comprising: causing a set of command information (590, 890) to be stored in a memory of a network microphone device of a media playback system, said set comprising a listing of commands and command criteria associated with the commands, the command criteria including one or more keywords associated with specific commands; capturing a voice input via at least one microphone of the network microphone device; detecting inclusion of one or more of the commands within the voice input; determining that the one or more commands meets corresponding command criteria associated with the one or more commands within the set of command information; and in response to the determining, selecting a first voice assistant service and foregoing selection of a second VAS, (ii) sending the voice input to the first VAS, (iii) and after sending the voice input, receiving a response to the voice input from the first VAS. causing a set of command information (590, 890) to be stored in a memory of a network microphone device of a media playback system, said set comprising a listing of commands and command criteria associated with the commands, the command criteria including one or more keywords associated with specific commands; capturing a voice input via at least one microphone of the network microphone device; detecting inclusion of one or more of the commands within the voice input; determining that the one or more commands meets corresponding command criteria associated with the one or more commands within the set of command information; and in response to the determining, selecting a first voice assistant service and foregoing selection of a second VAS, (ii) sending the voice input to the first VAS, (iii) and after sending the voice input, receiving a response to the voice input from the first VAS.
A stent having a proximal end and a distal end comprising: • a first undulating band comprising a series of alternating first peaks and first troughs, the first peaks oriented in a distal direction, the first troughs oriented in a proximal direction, • a second undulating band comprising a series of alternating second peaks and second troughs, the second peaks oriented in a distal direction, the second troughs oriented in a proximal direction, • one of the first peaks longitudinally aligned with one of the second peaks and another of the first peaks longitudinally aligned with one of the second troughs, • a first connector extending in a longitudinal direction between the longitudinally aligned first peak and second peak, and • a second connector, extending between the longitudinally aligned first peak and second trough. • a first undulating band comprising a series of alternating first peaks and first troughs, the first peaks oriented in a distal direction, the first troughs oriented in a proximal direction, • a second undulating band comprising a series of alternating second peaks and second troughs, the second peaks oriented in a distal direction, the second troughs oriented in a proximal direction, • one of the first peaks longitudinally aligned with one of the second peaks and another of the first peaks longitudinally aligned with one of the second troughs, • a first connector extending in a longitudinal direction between the longitudinally aligned first peak and second peak, and • a second connector, extending between the longitudinally aligned first peak and second trough.
Use of polypeptides in an in vitro method for diagnosing glucose transporter protein type I (GLUT1) deficiency syndrome, wherein said polypeptides consist of the envelope proteins of PTLV, or fragments derived thereof, said polypeptides or fragments being selected for their ability to bind specifically to the ubiquitous vertebrate glucose transporter GLUT1 consisting of SEQ ID NO: 2.
A single chain VH antibody (scVHAb) comprising an antigen-binding part consisting of a VH domain and the immunoglobulin constant domains CL and CH1, in the order from N-terminus to C-terminus: VH-L1-CL-L2-CH1, wherein L1 and L2 are each, independently, peptidic linkers; wherein CL is either Cκ or Cλ; wherein CL is paired with CH1 through beta-sheet contact thereby obtaining a CL/CH1 dimer; and wherein the scVHAb lacks a VL domain.
A method to coordinate transmissions of devices on a wireless network, the method comprising: transmitting, by a first communications device, a beacon (1300; 1400) in a communication channel, the beacon (1300; 1400) having a time slot schedule for multiple time slots to be included in a beacon interval, wherein the first communications device, based on types of one or more devices associated with the first communications device, assigns each of the one or more devices to a particular time slot of the multiple time slots based on a determination of probability of occurrence of collisions; transmitting, by the first communications device, a first synch frame at a slot boundary of one time slot of the multiple time slots if the communication channel is not busy at the slot boundary; and not transmitting, by a first communications device, the first synch frame at the slot boundary of the one time slot if the communication channel is busy at the slot boundary. transmitting, by a first communications device, a beacon (1300; 1400) in a communication channel, the beacon (1300; 1400) having a time slot schedule for multiple time slots to be included in a beacon interval, wherein the first communications device, based on types of one or more devices associated with the first communications device, assigns each of the one or more devices to a particular time slot of the multiple time slots based on a determination of probability of occurrence of collisions; transmitting, by the first communications device, a first synch frame at a slot boundary of one time slot of the multiple time slots if the communication channel is not busy at the slot boundary; and not transmitting, by a first communications device, the first synch frame at the slot boundary of the one time slot if the communication channel is busy at the slot boundary.
A system for controlling temperature in an enclosed space using multiple modes of operation, the system comprising: an air-to-air heat exchanger (AAHX) (202, 502, 602, 702, 802, 903, 1002, 1590, 1690) arranged in a flow path of process air between a process air inlet (214, 514, 614, 714, 814, 915, 1014, 1514, 1614) and outlet (216, 516, 616, 716, 816, 917, 1016, 1516, 1616) and in a flow path of scavenger air between a scavenger air inlet (210, 510, 610, 710, 810, 911, 1010, 1510, 1610) and outlet (212, 512, 612, 712, 812, 913, 1012, 1512, 1612), the AAHX comprising at least one of a counter-flow flat-plate heat exchanger (1590, 1690) and a sensible wheel (202, 502, 602, 702, 802, 903, 1002); a direct evaporative cooler (204, 504, 604, 704, 804, 905, 1004, 1504, 1604) arranged in the flow path of the scavenger air between the AAHX and the scavenger air inlet to selectively provide evaporative cooling to the scavenger air in a second mode of operation and a third mode of operation; and a direct expansion system configured to selectively provide additional cooling to the process air exiting the AAHX in the third mode of operation, wherein the system is configured to selectively operate in a first mode of operation when the AAHX sufficiently conditions the process air without the DEC and DX coil, and wherein the system is configured to switch to the second and third modes as additional cooling is required to condition the process air. an air-to-air heat exchanger (AAHX) (202, 502, 602, 702, 802, 903, 1002, 1590, 1690) arranged in a flow path of process air between a process air inlet (214, 514, 614, 714, 814, 915, 1014, 1514, 1614) and outlet (216, 516, 616, 716, 816, 917, 1016, 1516, 1616) and in a flow path of scavenger air between a scavenger air inlet (210, 510, 610, 710, 810, 911, 1010, 1510, 1610) and outlet (212, 512, 612, 712, 812, 913, 1012, 1512, 1612), the AAHX comprising at least one of a counter-flow flat-plate heat exchanger (1590, 1690) and a sensible wheel (202, 502, 602, 702, 802, 903, 1002); a direct evaporative cooler (204, 504, 604, 704, 804, 905, 1004, 1504, 1604) arranged in the flow path of the scavenger air between the AAHX and the scavenger air inlet to selectively provide evaporative cooling to the scavenger air in a second mode of operation and a third mode of operation; and a direct expansion system configured to selectively provide additional cooling to the process air exiting the AAHX in the third mode of operation, wherein the system is configured to selectively operate in a first mode of operation when the AAHX sufficiently conditions the process air without the DEC and DX coil, and wherein the system is configured to switch to the second and third modes as additional cooling is required to condition the process air.
A method for enabling a determination of a location (A-L) of a tire sensor on a chassis of a vehicle, wherein the method comprises: obtaining an identity of an Radio Frequency Identification, RFID, tag located on the rim, or in the tire, of the wheel; obtaining an identity of a tire sensor mounted on the rim, or inside the tire, of the wheel, as the tire sensor is activated; and establishing an association between the identity of the RFID tag and the identity of the tire sensor; the method being characterized in that the obtaining further comprises obtaining a chassis identity based the identity of the RFID tag, and the establishing further comprise establishing an association between the identity of the RFID tag and the chassis identity, and by determining the location (A-L) of the tire sensor on the chassis of the vehicle based on the established association between the identity of the RFID tag, the identity of the tire sensor and the associated chassis identity. obtaining an identity of an Radio Frequency Identification, RFID, tag located on the rim, or in the tire, of the wheel; obtaining an identity of a tire sensor mounted on the rim, or inside the tire, of the wheel, as the tire sensor is activated; and establishing an association between the identity of the RFID tag and the identity of the tire sensor; the method being characterized in that the obtaining further comprises obtaining a chassis identity based the identity of the RFID tag, and the establishing further comprise establishing an association between the identity of the RFID tag and the chassis identity, and by determining the location (A-L) of the tire sensor on the chassis of the vehicle based on the established association between the identity of the RFID tag, the identity of the tire sensor and the associated chassis identity.
A process for the preparation of an aqueous slurry comprising a plurality of polyisobutylene particles suspended therein, the process comprising at least the steps of: contacting an organic medium comprising i) polyisobutylene and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C and removing at least partially the organic diluent to obtain the aqueous slurry comprising the polyisobutylene particles; wherein the cloud point is determined by at least one of the following methods: 1) DIN EN 1890 of September 2006, method A, 2) DIN EN 1890 of September 2006, method C, 3) DIN EN 1890 of September 2006, method E, 4) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water, 5) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water. contacting an organic medium comprising i) polyisobutylene and ii) an organic diluent i) polyisobutylene and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C and removing at least partially the organic diluent to obtain the aqueous slurry comprising the polyisobutylene particles; wherein the cloud point is determined by at least one of the following methods: 1) DIN EN 1890 of September 2006, method A, 2) DIN EN 1890 of September 2006, method C, 3) DIN EN 1890 of September 2006, method E, 4) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water, 5) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water. 1) DIN EN 1890 of September 2006, method A, 2) DIN EN 1890 of September 2006, method C, 3) DIN EN 1890 of September 2006, method E, 4) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water, 5) DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water.
A warming blanket (100, 200, 300, 700, 800, 900), comprising: a body (105, 205, 305) comprising a first surface; and one or more pockets (110, 210, 310, 400) attached to the first surface, wherein each of the one or more pockets is adapted to hold a respective removable warming element; characterized in that one or more of the pockets are adapted so that the said heating element is removably insertable into the pocket, wherein the pocket comprises a first portion extending from one edge of the pocket and a second portion extending from the opposite edge wherein the heating element is insertable between the first portion and the second portion, and the first portion and/or the second portion are adjustable or manipulable to situate the heating element beneath both the first portion and the second portion, wherein the first portion and/or the second portion include and/or are constructed at least in part from one or more elasticized or elastic materials and the first portion and/or the second portion are flexible, thereby permitting the insertion of the heating element and the first portion and/or the second portion supply a compressive force to the warming element. a body (105, 205, 305) comprising a first surface; and one or more pockets (110, 210, 310, 400) attached to the first surface, wherein each of the one or more pockets is adapted to hold a respective removable warming element; characterized in that one or more of the pockets are adapted so that the said heating element is removably insertable into the pocket, wherein the pocket comprises a first portion extending from one edge of the pocket and a second portion extending from the opposite edge wherein the heating element is insertable between the first portion and the second portion, and the first portion and/or the second portion are adjustable or manipulable to situate the heating element beneath both the first portion and the second portion, wherein the first portion and/or the second portion include and/or are constructed at least in part from one or more elasticized or elastic materials and the first portion and/or the second portion are flexible, thereby permitting the insertion of the heating element and the first portion and/or the second portion supply a compressive force to the warming element.
A method of matching a template object to a target object, wherein the template object represents at least a section of the target object, and the target object is of a given scale, the method comprising: displaying on a screen of a computing device a view of the target object and a reference object by a first computer application; displaying on the screen of the computing device the template object by a second computer application; adjusting in the second computer application at least one of the template object and the target object, based on the reference object of the given scale, measured by the second computer application, from a first size to a second size such that the template object substantially matches at least the section of the target object; overlaying with the second computer application the template object and the target object and automatically rotating and moving the template object to substantially align the template object with at least the matched part of the target object on the screen of the computing device; and performing a screen capture of at least a portion of the target object with the second computer application prior to overlaying the template object on the target object. displaying on a screen of a computing device a view of the target object and a reference object by a first computer application; displaying on the screen of the computing device the template object by a second computer application; adjusting in the second computer application at least one of the template object and the target object, based on the reference object of the given scale, measured by the second computer application, from a first size to a second size such that the template object substantially matches at least the section of the target object; overlaying with the second computer application the template object and the target object and automatically rotating and moving the template object to substantially align the template object with at least the matched part of the target object on the screen of the computing device; and performing a screen capture of at least a portion of the target object with the second computer application prior to overlaying the template object on the target object.
A utility vehicle, namely lorry or bus, having an underrun protection device, with a crossmember construction and a supporting structure for supporting the crossmember construction and for the installation on the utility vehicle, characterized in that the crossmember construction is provided with a panel, the panel serving to comply with the dimensions.