mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a processing resource; and a memory resource storing instructions executable by the processing resource to: determine a plurality of source locations of an object from metadata associated with a definition of the object in a first syntax of a request to perform an action with regard to the object, wherein distinct data sources may be in distinct physical locations, have distinct data formats, and operate utilizing distinct syntaxes; identify a respective second syntax utilized by each source location of the plurality of source locations; identify a respective translation, defined in the metadata in a translation template, of the action included in the request to the respective second syntax; translate the action included in the request from the first syntax to the respective second syntax based on the identified translation; and derive the object from the plurality of source locations hosted within distinct systems utilizing the action translated in the respective distinct syntax of each of the plurality of source locations. a processing resource; and a memory resource storing instructions executable by the processing resource to: determine a plurality of source locations of an object from metadata associated with a definition of the object in a first syntax of a request to perform an action with regard to the object, wherein distinct data sources may be in distinct physical locations, have distinct data formats, and operate utilizing distinct syntaxes; identify a respective second syntax utilized by each source location of the plurality of source locations; identify a respective translation, defined in the metadata in a translation template, of the action included in the request to the respective second syntax; translate the action included in the request from the first syntax to the respective second syntax based on the identified translation; and derive the object from the plurality of source locations hosted within distinct systems utilizing the action translated in the respective distinct syntax of each of the plurality of source locations. determine a plurality of source locations of an object from metadata associated with a definition of the object in a first syntax of a request to perform an action with regard to the object, wherein distinct data sources may be in distinct physical locations, have distinct data formats, and operate utilizing distinct syntaxes; identify a respective second syntax utilized by each source location of the plurality of source locations; identify a respective translation, defined in the metadata in a translation template, of the action included in the request to the respective second syntax; translate the action included in the request from the first syntax to the respective second syntax based on the identified translation; and derive the object from the plurality of source locations hosted within distinct systems utilizing the action translated in the respective distinct syntax of each of the plurality of source locations.
A tethered laparoscopic probe for deployment through a trocar into a cavity of a subject, the tethered laparoscopic probe manipulatable by fenestrated laparoscopic graspers comprising opposing fenestrated jaws, the tethered laparoscopic probe comprising: a probe head shaped for insertion through the trocar, the probe head comprising: an elongated casing; a sensor arranged within the casing, the sensor defining a sensing direction of the probe head; and a grip for secure grasping by the fenestrated laparoscopic graspers, the grip comprising protrusions for mating with the fenestrated jaws; and a tether coupled to the probe head and for, in use, tethering the probe head through the trocar; wherein the protrusions are positioned and shaped to enable the grip to be grasped securely by the fenestrated laparoscopic graspers at a first angle relative to the sensing direction of the probe head; and characterised in that the protrusions are positioned and shaped to enable the grip to be grasped securely by the fenestrated laparoscopic graspers at a second angle relative to the sensing direction of the probe head, the second angle different to the first angle. a probe head shaped for insertion through the trocar, the probe head comprising: an elongated casing; a sensor arranged within the casing, the sensor defining a sensing direction of the probe head; and a grip for secure grasping by the fenestrated laparoscopic graspers, the grip comprising protrusions for mating with the fenestrated jaws; and an elongated casing; a sensor arranged within the casing, the sensor defining a sensing direction of the probe head; and a grip for secure grasping by the fenestrated laparoscopic graspers, the grip comprising protrusions for mating with the fenestrated jaws; and a tether coupled to the probe head and for, in use, tethering the probe head through the trocar; wherein the protrusions are positioned and shaped to enable the grip to be grasped securely by the fenestrated laparoscopic graspers at a first angle relative to the sensing direction of the probe head; and characterised in that the protrusions are positioned and shaped to enable the grip to be grasped securely by the fenestrated laparoscopic graspers at a second angle relative to the sensing direction of the probe head, the second angle different to the first angle.
A communication control device adapted to control wireless communication of a mobile communication terminal in a wireless communication control system, the wireless communication control system including the communication control device and a management device that performs path control and data transmission/reception control between the communication control device and another communication control device by wire communication, the communication control device comprising: a wireless path switching unit that, when receiving a handover request requesting for switching wireless path from a mobile communication terminal that performs wireless communication using a first wireless path through the other communication control device, is adapted to switch the first wireless path to a second wireless path through the communication control device; and a wire path switching request transmission unit that is adapted to transmit, to the management device, a request for switching a first wire path through the another communication control device performing data transmission/reception control for the mobile communication terminal to a second wire path through the communication control device when determining that no congestion occurs in the second wire path after a predetermined time elapses from when the first wireless path is switched to the second wireless path, and is adapted to not transmit the request for switching the first wire path to the second wire path when determining that congestion occurs in the second wire path after the predetermined time elapses from when the wireless path is switched to the second wireless path. a wireless path switching unit that, when receiving a handover request requesting for switching wireless path from a mobile communication terminal that performs wireless communication using a first wireless path through the other communication control device, is adapted to switch the first wireless path to a second wireless path through the communication control device; and a wire path switching request transmission unit that is adapted to transmit, to the management device, a request for switching a first wire path through the another communication control device performing data transmission/reception control for the mobile communication terminal to a second wire path through the communication control device when determining that no congestion occurs in the second wire path after a predetermined time elapses from when the first wireless path is switched to the second wireless path, and
Safety isolation disconnection switch, comprising: - a complete lower part, on which connecting rails and L1-drain rails (5.1, 5.2, 5.3; 6) and contact shields (7.1, 7.2, 7.3) and rapid mounting modules (8.1, 8.2, 8.3) are arranged, - wherein the rapid mounting modules (8.1, 8.2, 8.3) each consist of a housing body and a screw, characterised in that - the housing body comprises a rectangular plate body and a guide channel which is oriented perpendicularly to the plate body and is intended to receive the screw, - at least one elastic web element is attached to the plate body and, with its free end, contacts the screw and secures the screw against falling out of the housing body. - a complete lower part, on which connecting rails and L1-drain rails (5.1, 5.2, 5.3; 6) and contact shields (7.1, 7.2, 7.3) and rapid mounting modules (8.1, 8.2, 8.3) are arranged, - wherein the rapid mounting modules (8.1, 8.2, 8.3) each consist of a housing body and a screw, - the housing body comprises a rectangular plate body and a guide channel which is oriented perpendicularly to the plate body and is intended to receive the screw, - at least one elastic web element is attached to the plate body and, with its free end, contacts the screw and secures the screw against falling out of the housing body.
A continuous process for converting waste plastic into recycle for polyethylene polymerization comprising: (a) selecting waste plastics containing polyethylene and/or polypropylene; (b) passing the waste plastics from (a) through a pyrolysis reactor to thermally crack at least a portion of the polyolefin waste and produce a pyrolyzed effluent; (c) separating the pyrolyzed effluent into offgas, char and a pyrolysis oil comprising a naphtha/diesel fraction and a heavy fraction; (d) passing the pyrolysis oil to a refinery FCC unit; (e) recovering a liquid petroleum gas C 4 olefin/paraffin mixture fraction comprising butanes and butenes from the FCC unit; (f) passing the liquid petroleum gas C 4 olefin/paraffin mixture fraction to an alkylation unit; (g) recovering n-butane and a portion of naphtha fraction from the alkylation unit; and (h) passing the n-butane and a portion of naphtha fraction to a steam cracker for ethylene production. (a) selecting waste plastics containing polyethylene and/or polypropylene; (b) passing the waste plastics from (a) through a pyrolysis reactor to thermally crack at least a portion of the polyolefin waste and produce a pyrolyzed effluent; (c) separating the pyrolyzed effluent into offgas, char and a pyrolysis oil comprising a naphtha/diesel fraction and a heavy fraction; (d) passing the pyrolysis oil to a refinery FCC unit; (e) recovering a liquid petroleum gas C 4 olefin/paraffin mixture fraction comprising butanes and butenes from the FCC unit; (f) passing the liquid petroleum gas C 4 olefin/paraffin mixture fraction to an alkylation unit; (g) recovering n-butane and a portion of naphtha fraction from the alkylation unit; and (h) passing the n-butane and a portion of naphtha fraction to a steam cracker for ethylene production.
A tire puncture sealant composition for repairing tire puncture with aid of foaming, which comprises a rubber latex, an anti-freezing agent, a surfactant and solid particles; characterized in that the sealant has an expansion ratio of above 200% measured by a blender test according to ASTM D3519-88 and comprises surfactant having acetate group or amine oxide group which comprises a zwitterionic surfactant of formula or or shown below: where A is an acetate group: M is monometallic ion, RCO = C 6 -C 24 acyl or mixtures thereof, x is 0-4, a is 0-1 and b is 0-1, wherein a + b = 1; where R is C 6 -C 24 alkyl or mixtures thereof; where R is C 6 -C 24 acyl or mixtures thereof and x is 0-4, wherein the foaming is a condition that the tire puncture sealant expands by gas introduction during injection of sealant. a zwitterionic surfactant of formula or or shown below: where A is an acetate group: M is monometallic ion, RCO = C 6 -C 24 acyl or mixtures thereof, x is 0-4, a is 0-1 and b is 0-1, wherein a + b = 1; where R is C 6 -C 24 alkyl or mixtures thereof; where R is C 6 -C 24 acyl or mixtures thereof and x is 0-4, wherein the foaming is a condition that the tire puncture sealant expands by gas introduction during injection of sealant.
Curable adhesive composition having PTC (positive temperature coefficient) characteristics after curing, comprising (i) a reactive binder system, based on an epoxy-resin-component and a curing agent-component, (ii) particles of a carbon modification in a range of 0.01wt % to 15.0 wt%, based on the total weight of the curable adhesive composition, (iii) copper powder in a range of 0.5 wt% to 5.0 wt%, based on the total weight of the curable adhesive composition, wherein the reactive binder system comprises > 70 wt% of all organic polymers of the adhesive composition and wherein the carbon modification is selected from carbon fibers, graphite, carbon black, activated carbon, carbon nanotubes or combinations thereof. (i) a reactive binder system, based on an epoxy-resin-component and a curing agent-component, (ii) particles of a carbon modification in a range of 0.01wt % to 15.0 wt%, based on the total weight of the curable adhesive composition, (iii) copper powder in a range of 0.5 wt% to 5.0 wt%, based on the total weight of the curable adhesive composition,
A solid fuel boiler comprising a boiler casing and an ash container, which can be selectively placed into or removed from the boiler casing and features a first fixing element (3.1) of an ash container fixing device, wherein a second fixing element (3.2) of the ash container fixing device, which can be functionally connected to the first fixing element, is arranged in the boiler casing, wherein the ash container features an ash supply opening that can be closed by means of a closing device, and wherein the closing device is formed by a plate element that is displaceably mounted on the ash container, characterized in that the plate element features a cutout (4.1), through which the ash container fixing device can extend when the ash supply opening is opened, and in that the closing device is designed such that it prevents an actuation of the ash container fixing device when the ash supply opening is closed.
An all-digital phase locked loop comprising: a phase accumulator adapted to translate a frequency control word into a phase trajectory, a phase comparator adapted to generate a phase error signal representing a difference between the phase trajectory and the phase of an output oscillation frequency, and a control means adapted to control a phase of the output oscillation frequency based on said phase error signal; characterised in that it further comprises: a pattern generator adapted to generate the frequency control word based on a predefined setting and a system clock, wherein the pattern generator is adapted to program a pattern for the frequency control word based on the system clock and the predefined setting for the frequency control word to be generated. a phase accumulator adapted to translate a frequency control word into a phase trajectory, a phase comparator adapted to generate a phase error signal representing a difference between the phase trajectory and the phase of an output oscillation frequency, and a control means adapted to control a phase of the output oscillation frequency based on said phase error signal; characterised in that it further comprises: a pattern generator adapted to generate the frequency control word based on a predefined setting and a system clock, wherein the pattern generator is adapted to program a pattern for the frequency control word based on the system clock and the predefined setting for the frequency control word to be generated. a pattern generator adapted to generate the frequency control word based on a predefined setting and a system clock, wherein the pattern generator is adapted to program a pattern for the frequency control word based on the system clock and the predefined setting for the frequency control word to be generated.
An industrial fabric with a binding structure for binding both ends of a fabric with ends to form it into an endless type comprises loops formed by bending a portion or all ends of warp constituting the fabric at both ends and folding it back, the loop at the one end constitutes a binding loop (2; 11, 15) which forms a common hole (3; 12, 22) into which a core wire (7; 17, 27) is introduced, characterized in that the loop at the other end portion which is opposed to the binding loop (2; 11, 15) to form a pair with said binding loop comprises a structure into which said binding loop (2; 11, 15) is fitted and against which said binding loop is locked, and forms a loop hole (21, 25) into which the core wire (17, 27) is not introduced.
A de-icing system configured for preventing the formation of and/or removing ice on a leading edge portion of an airfoil of an aircraft, the de-icing system comprising a heating foil that is adhesively bondable to the leading edge portion and that has a plurality of heating elements that are configured to be selectively energized for heating, an ice detecting device configured for detecting the presence of ice on the leading edge portion, and a control device configured for periodically and selectively energizing the heating elements based on the ice presence measured by the ice detecting device, wherein the control device is further configured to energize a first group of the heating elements such that a first linear heating pattern parallel to the leading edge portion is formed, in order to create a predetermined breaking line, wherein the control device is further configured to energize a third group of the heating elements such that a plurality of second linear heating patterns that are parallel to each other and orthogonal to the first heating line are formed, characterized in that the control device is configured to progressively energize and de-energize the heating elements so as to transition between different heating patterns in such a manner that the heating elements are energized progressively further away from the predetermined breaking line.
Cooking appliance apparatus, in particular hob apparatus, having at least one heating unit (12a-d), which has at least one inner heating element (14a-d) and a substantially polygonal outer heating element (16a-d), wherein at least one of the heating elements (14a-d, 16a-d) has a main extent plane and a main extent direction (18a-d), wherein when the heating unit (12a-d) is viewed perpendicularly to the main extent plane, a winding density between an innermost winding of the inner heating element (14a-d) and an outermost winding of the outer heating element (16a-d) in the main extent direction (18a-d) corresponds substantially to a winding density between an innermost winding of the inner heating element (14a-d) and an outermost winding of the outer heating element(16a-d) in an orthogonal direction (20a-d) oriented substantially perpendicularly to the main extent direction (18a-d), wherein when the heating unit (12a-d) is viewed perpendicularly to the main extent plane the outer heating element (16a-d) has a substantially rectangular shape, characterised in that when viewed perpendicularly an innermost winding of the outer heating element (16a-d) and an outermost winding of the inner heating element (14a-d) have a spacing (46a-d) of at least 0.5 mm in the main extent direction (18a-d) and that the inner heating element (14a-d) has a substantially oval shape when the heating unit (12a-c) is viewed perpendicularly to the main extent plane.
A method of controlling a wireless power transmission device using an ultrasonic wave, the method comprising: receiving a charging request from an external apparatus using radio communication; determining a direction in which the external apparatus is positioned; determining a distance between the wireless power transmission device and the external apparatus; and transmitting an ultrasonic signal to the external apparatus based on the direction in which the external apparatus is positioned and the distance between the wireless power transmission device and the external apparatus, wherein the wireless power transmission device comprises a plurality of transducers (740-1, 740-2, 740-3, 740-4, 740-5, 740-6, 740-7, 740-8) arranged in different directions, wherein the transmitting further comprises: activating a transducer corresponding to the determined direction in which the external apparatus is positioned among the plurality of transducers (740-1, 740-2, 740-3, 740-4, 740-5, 740-6, 740-7, 740-8); and transmitting the ultrasonic signal using the activated transducer in the determined direction of the external apparatus. receiving a charging request from an external apparatus using radio communication; determining a direction in which the external apparatus is positioned; determining a distance between the wireless power transmission device and the external apparatus; and transmitting an ultrasonic signal to the external apparatus based on the direction in which the external apparatus is positioned and the distance between the wireless power transmission device and the external apparatus, wherein the wireless power transmission device comprises a plurality of transducers (740-1, 740-2, 740-3, 740-4, 740-5, 740-6, 740-7, 740-8) arranged in different directions, wherein the transmitting further comprises: activating a transducer corresponding to the determined direction in which the external apparatus is positioned among the plurality of transducers (740-1, 740-2, 740-3, 740-4, 740-5, 740-6, 740-7, 740-8); and transmitting the ultrasonic signal using the activated transducer in the determined direction of the external apparatus. activating a transducer corresponding to the determined direction in which the external apparatus is positioned among the plurality of transducers (740-1, 740-2, 740-3, 740-4, 740-5, 740-6, 740-7, 740-8); and transmitting the ultrasonic signal using the activated transducer in the determined direction of the external apparatus.
Method for requesting subscription to a data stream distributed in a multicast distribution group, said group comprising sources, including a server, a first client and a second client, said sources being connected together through an electronic communications network, the multicast distribution group being identified by an address, a stream sent to the address of the multicast group by a first source being received by a second source if the second source is previously a subscriber to the first source, the first client being a subscriber to the server, the method comprising the following steps implemented by the first client: • reception (E701, F6), originating from the server, of at least one management message comprising at least one quality parameter relating to the stream sent to the address of the multicast group by the second client, • decision (E404, F8) of subscription to the second client, as a function of a criterion depending on the at least one quality parameter received, • in case of positive decision, sending (E405, F9) of a message requesting subscription to the stream sent by the second client. • reception (E701, F6), originating from the server, of at least one management message comprising at least one quality parameter relating to the stream sent to the address of the multicast group by the second client, • decision (E404, F8) of subscription to the second client, as a function of a criterion depending on the at least one quality parameter received, • in case of positive decision, sending (E405, F9) of a message requesting subscription to the stream sent by the second client.
A polyolefin composition comprising: a polyolefin; and a benzanilide of the structure wherein R 1 -R 10 are the same or different, and each of R 1 -R 10 is selected from the group consisting of hydrogen, a C 1 -C 20 hydrocarbyl group, a substituted C 1 -C 20 hydrocarbyl group, and combinations thereof. a polyolefin; and a benzanilide of the structure wherein R 1 -R 10 are the same or different, and each of R 1 -R 10 is selected from the group consisting of hydrogen, a C 1 -C 20 hydrocarbyl group, a substituted C 1 -C 20 hydrocarbyl group, and combinations thereof.