mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a waterproof boot, which comprises: - a step of arranging a waterproof sock made of synthetic rubber; - a step of arranging a bottom provided with a sole and with a raised edge fixed perimetrically in a single body to the sole; - a step of inserting a rigid form within said waterproof sock; - a step of associating said waterproof sock with said bottom with the interposition of a glue layer; - a step of extracting said rigid form from said waterproof sock; said method being characterized in that it further comprises: - a step of stitching the raised edge of said bottom to said waterproof sock along an annular line of sewing stitches; - a step of sealing the sewing stitches with a sealant layer placed astride said annular line of sewing stitches. - a step of arranging a waterproof sock made of synthetic rubber; - a step of arranging a bottom provided with a sole and with a raised edge fixed perimetrically in a single body to the sole; - a step of inserting a rigid form within said waterproof sock; - a step of associating said waterproof sock with said bottom with the interposition of a glue layer; - a step of extracting said rigid form from said waterproof sock; - a step of stitching the raised edge of said bottom to said waterproof sock along an annular line of sewing stitches; - a step of sealing the sewing stitches with a sealant layer placed astride said annular line of sewing stitches.
A method of timing alignment processing for uplink signal transmissions by a wireless communication device to one or more cells (12, 16) in a wireless communication network, the method comprising: receiving a message indicating the creation of a new Timing Advance, "TA", group for the device, the message including a pointer to a current TA value used for one of two or more existing TA groups of the device; and setting a TA value to be applied at least initially for uplink transmissions to cells (12, 16) in the new TA group, to the current TA value used for a selected one of the two or more existing TA groups of the device based on the pointer. receiving a message indicating the creation of a new Timing Advance, "TA", group for the device, the message including a pointer to a current TA value used for one of two or more existing TA groups of the device; and setting a TA value to be applied at least initially for uplink transmissions to cells (12, 16) in the new TA group, to the current TA value used for a selected one of the two or more existing TA groups of the device based on the pointer.
A cutting element for a drill bit that is advanceable into a subterranean formation to form a borehole, the cutting element comprising: a substrate portion having a diameter D and a central axis extending through the substrate portion, and a PCD layer forming an end of the cutting element, the PCD layer comprising a cutting face bounded by a periphery; wherein the cutting face comprises: an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end. a substrate portion having a diameter D and a central axis extending through the substrate portion, and a PCD layer forming an end of the cutting element, the PCD layer comprising a cutting face bounded by a periphery; wherein the cutting face comprises: an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end. an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end.
A method for protection of data shared between devices connected in a network (1100, 1103, 1104, 1109, 1110), the method being implemented by an interconnecting device interconnecting the devices in the network, whereby the interconnecting device is a central point for data sharing between the devices in the network, the interconnecting device exposing data shared by the devices in the network as directories of a file system of the interconnecting device that are mountable for the devices in the network, the method comprising the following steps: determining a set of devices in the network that a program to be executed by the interconnecting device is authorized to share data with; launching a contained execution environment for execution of the program by the interconnecting device; mounting of at least one of the directories of the file system of the interconnecting device in the contained execution environment, the at least one of the directories being chosen as a function of the determination; executing, upon said mounting, the program in the contained execution environment by the interconnecting device. determining a set of devices in the network that a program to be executed by the interconnecting device is authorized to share data with; launching a contained execution environment for execution of the program by the interconnecting device; mounting of at least one of the directories of the file system of the interconnecting device in the contained execution environment, the at least one of the directories being chosen as a function of the determination; executing, upon said mounting, the program in the contained execution environment by the interconnecting device.
A filling injector for a molding tool comprising an injector housing which has a cylindrical cavity in which a closure piston unit is movably mounted, the injector housing having a feed for plastic material to the cavity and, at an end facing the molding tool, a tool mouth for feeding plastic material to a molding tool, and the closure piston unit is pushed forward in a closed position to such an extent that it closes the tool mouth and in an open position is pulled out of the cylindrical cavity at least in the region between the feed and the tool mouth, characterized in that a sensor for detecting a predetermined detection position of the closure piston unit and a counting device for counting the number of detection positions of the closure piston unit, in which it is located in the predetermined detection position, are provided in or on the injector housing.
A pre-combustion chamber unit of a pre-combustion chamber assembly for igniting an internal combustion engine operable at least partly on gaseous fuel, wherein the pre-combustion chamber unit has a hollow shape elongated along a longitudinal axis for providing a pre-combustion chamber, and comprises: a pre-combustion chamber wall delimiting the pre-combustion chamber, the pre-combustion chamber wall comprising a main section at least partly surrounding an ignition portion of the pre-combustion chamber, a tip section forming a pre-combustion chamber tip section of the pre-combustion chamber assembly, and a seal section in-between the tip section and the main section for providing a seal region in the mounted state, wherein the main section comprises an external fluid guiding surface circumferentially extending around the longitudinal axis and being curved along and towards the longitudinal axis for smoothly redirecting a cooling fluid, characterised in that the external fluid guiding surface is configured as a circumferential recess around the longitudinal axis, the recess comprising a curvature that on an ignition side and/or an injection side reverses, thereby forming an S-like transition at the ignition side and/or the injection side, thereby forming a smooth flow of a cooling fluid in the direction of the longitudinal axis. a pre-combustion chamber wall delimiting the pre-combustion chamber, the pre-combustion chamber wall comprising a main section at least partly surrounding an ignition portion of the pre-combustion chamber, a tip section forming a pre-combustion chamber tip section of the pre-combustion chamber assembly, and a seal section in-between the tip section and the main section for providing a seal region in the mounted state, wherein the main section comprises an external fluid guiding surface circumferentially extending around the longitudinal axis and being curved along and towards the longitudinal axis for smoothly redirecting a cooling fluid, characterised in that the external fluid guiding surface is configured as a circumferential recess around the longitudinal axis, the recess comprising a curvature that on an ignition side and/or an injection side reverses, thereby forming an S-like transition at the ignition side and/or the injection side, thereby forming a smooth flow of a cooling fluid in the direction of the longitudinal axis.
A medicament, which is a combination of (i) a Vitamin D repletion therapy, which is a compound selected from Vitamin D and Vitamin D prohormones and (ii) a Vitamin D hormone replacement therapy, which is one or more compounds selected from active vitamin D hormones and active Vitamin D hormone analogs which are 1α-hydroxylated Vitamin D compounds, for the use in the treatment of a patient, wherein the treatment is: (a) a method of treating a patient having Vitamin D deficiency or insufficiency; and/or (b) a method of treating a patient having Chronic Kidney Disease Stage 3 or Stage 4. (a) a method of treating a patient having Vitamin D deficiency or insufficiency; and/or (b) a method of treating a patient having Chronic Kidney Disease Stage 3 or Stage 4.
A radio-controlled wristwatch, comprising: a solar cell; a control circuit at least configured to obtain time information contained in a satellite signal, correct an internal time, stop an operation of itself in case that power-supply becomes equal to or lower than a predetermined value, and restart the operation of itself by receiving a start instruction; an illuminance detection circuit configured to output a signal indicating whether or not illuminance of light irradiating the solar cell is higher than a given threshold value; threshold value switching means configured to switch the given threshold value between a first illuminance threshold value and a second illuminance threshold value that is larger than the first illuminance threshold value; control circuit starting means configured to start the control circuit in a stop state when the illuminance detection circuit outputs a signal indicating that the illuminance is higher than the first illuminance threshold value; satellite signal receiving means configured to receive a satellite signal containing time information from a satellite when the illuminance detection circuit outputs a signal indicating that the illuminance is higher than the second illuminance threshold value; and time displaying means configured to display time corresponding to the time information contained in the received satellite signal. a solar cell; a control circuit at least configured to obtain time information contained in a satellite signal, correct an internal time, stop an operation of itself in case that power-supply becomes equal to or lower than a predetermined value, and restart the operation of itself by receiving a start instruction; an illuminance detection circuit configured to output a signal indicating whether or not illuminance of light irradiating the solar cell is higher than a given threshold value; threshold value switching means configured to switch the given threshold value between a first illuminance threshold value and a second illuminance threshold value that is larger than the first illuminance threshold value; control circuit starting means configured to start the control circuit in a stop state when the illuminance detection circuit outputs a signal indicating that the illuminance is higher than the first illuminance threshold value; satellite signal receiving means configured to receive a satellite signal containing time information from a satellite when the illuminance detection circuit outputs a signal indicating that the illuminance is higher than the second illuminance threshold value; and time displaying means configured to display time corresponding to the time information contained in the received satellite signal.
A process for decomposing a byproduct formed during production of (meth)acrylic acids, which comprises decomposing in a decomposition reactor a byproduct formed during production of (meth)acrylic acid and/or a byproduct formed during production of a (meth)acrylic ester, and distilling the decomposed product from the decomposition reactor, characterized in that oxygen or an oxygen-containing gas is added to the distillate from the decomposition reactor.
Flexible semi-hermetic implantable medical device structure (1130, 1160, 1190, 1230, 1260, 1290, 1320, 1370), comprising: a flexible device body; at least one flexible lead (1142, 1166, 1326); and at least one respective transition unit (1140, 1164, 1324), for respectively coupling each one of said at least one flexible lead to said flexible device body, said flexible device body comprising: a plurality of hermetically sealed components (1132, 1162, 1192, 1232, 1262, 1292, 1322), each one of said plurality of hermetically sealed components comprising at least one hermetically sealed electrical connection and at least some of said plurality of hermetically sealed components comprising at least one separation dome; at least one electrical cable harness (1168, 1200, 1234), for electrically and mechanically coupling said plurality of hermetically sealed components together; and an external flexible polymer structure, for encapsulating said plurality of hermetically sealed components, said electrical cable harness and said at least one respective transition unit; characterized in that said at least one electrical cable harness has a shape selected from the list consisting of: helical; and spiral. a flexible device body; at least one flexible lead (1142, 1166, 1326); and at least one respective transition unit (1140, 1164, 1324), for respectively coupling each one of said at least one flexible lead to said flexible device body, said flexible device body comprising: a plurality of hermetically sealed components (1132, 1162, 1192, 1232, 1262, 1292, 1322), each one of said plurality of hermetically sealed components comprising at least one hermetically sealed electrical connection and at least some of said plurality of hermetically sealed components comprising at least one separation dome; at least one electrical cable harness (1168, 1200, 1234), for electrically and mechanically coupling said plurality of hermetically sealed components together; and an external flexible polymer structure, for encapsulating said plurality of hermetically sealed components, said electrical cable harness and said at least one respective transition unit; characterized in that said at least one electrical cable harness has a shape selected from the list consisting of: helical; and spiral. a plurality of hermetically sealed components (1132, 1162, 1192, 1232, 1262, 1292, 1322), each one of said plurality of hermetically sealed components comprising at least one hermetically sealed electrical connection and at least some of said plurality of hermetically sealed components comprising at least one separation dome; at least one electrical cable harness (1168, 1200, 1234), for electrically and mechanically coupling said plurality of hermetically sealed components together; and an external flexible polymer structure, for encapsulating said plurality of hermetically sealed components, said electrical cable harness and said at least one respective transition unit; characterized in that said at least one electrical cable harness has a shape selected from the list consisting of: helical; and spiral. helical; and spiral.
A heat exchanger, comprising - plate pairs stacked one above the other, wherein a first flow chamber is formed between the two plates (30, 31) of a plate pair for conducting a first fluid therethrough, - a second flow chamber for conducting a second fluid therethrough, wherein the second flow chamber is formed between two adjacent plate pairs, - an inlet aperture for introducing the first fluid, - an outlet aperture for discharging the first fluid, wherein the plates (30, 31) have an inlet through hole and a spacer each with a through hole is formed between the plate pairs at the inlet through holes, so that an inlet channel for introducing the first fluid into the first flow chamber forms at the inlet through holes and the through holes of the spacers, and the plates (30, 31) have an outlet through hole and a spacer each with a through hole is formed between the plate pairs at the outlet through holes, so that an outlet channel for discharging the first fluid from the first flow chamber forms at the outlet through holes and the through holes of the spacers, characterised in that the plates (30, 31) have at least two expansion openings, in particular at least two expansion slits, for reducing stress in the plates (30, 31), wherein the at least two expansion openings are formed in the plates (30, 31) between the inlet through hole and the outlet through hole and wherein per plate (30, 31), one of the at least two expansion openings is formed in the area of the inlet through hole and one of the at least two expansion openings is formed in the area of the outlet through hole. - plate pairs stacked one above the other, wherein a first flow chamber is formed between the two plates (30, 31) of a plate pair for conducting a first fluid therethrough, - a second flow chamber for conducting a second fluid therethrough, wherein the second flow chamber is formed between two adjacent plate pairs, - an inlet aperture for introducing the first fluid, - an outlet aperture for discharging the first fluid,
A data communication system configured to establish independent network paths through the data communication system, the data communication system comprising at least a first network and a second network, wherein the communication system: comprises a first node interface connected to a second node interface over the first network; the first node interface connected to the second node interface over the second network, the first network and second network being operated in parallel; and is configured to send data from the first node interface to the second node interface via the first network using a first network address and send data from the first node interface to the second node interface via the second network using a second network address, wherein the second network address is not equivalent to the first network address, wherein the first node interface is arranged to package data into a packet frame and to select and append to a data frame the network address for the second interface for transmission of the data frame to the second node interface along the first network; and the first node interface is arranged to duplicate the packet frame into an alternate packet frame and to select and append to the alternate packet frame the second network address for the second interface for transmission of the second data frame to the second node interface along the second network. comprises a first node interface connected to a second node interface over the first network; the first node interface connected to the second node interface over the second network, the first network and second network being operated in parallel; and is configured to send data from the first node interface to the second node interface via the first network using a first network address and send data from the first node interface to the second node interface via the second network using a second network address, wherein the second network address is not equivalent to the first network address, wherein the first node interface is arranged to package data into a packet frame and to select and append to a data frame the network address for the second interface for transmission of the data frame to the second node interface along the first network; and the first node interface is arranged to duplicate the packet frame into an alternate packet frame and to select and append to the alternate packet frame the second network address for the second interface for transmission of the second data frame to the second node interface along the second network.
Coffee machine comprising a machine body, a housing supported by said machine body, a coffee infuser, and an infused coffee dispenser housed in said housing and in fluid connection with only said coffee infuser, said infused coffee dispenser comprising a hollow body (1a, 1b) delimiting at least one dispensing chamber for dispensing the infused coffee and having at least one inlet hole for the infused coffee and at least one dispensing hole for dispensing infused coffee, wherein said hollow body (1a, 1b) of said infused coffee dispenser is formed into several pieces comprising at least a first fittable and dismantlable piece that is adapted for closing and opening a direct access inside said dispensing chamber, said first piece of said hollow body (1a, 1b) being adapted to close and open said direct access with the fingers of the hands of a user, said hollow body (1a, 1b) having said first upper piece, a second lower piece and snap-fitting means (35, 36) between said first and second piece (1a, 1b), said first and second piece (1a, 1b) of said hollow body delimiting said dispensing chamber and a storage chamber receiving the infused coffee from said inlet hole and communicating with said dispensing chamber, removable engagement means of said infused coffee dispenser being provided in said housing, said removable engagement means comprising a shape and force coupling along a vertical axis, said inlet hole being vertical and said shape and force coupling being provided between said vertical inlet hole and a vertical supply hole for supplying the infused coffee present inside said housing.
A façade construction comprising a load-bearing base, an insulating layer fastened to the load-bearing base and that is made of dimensionally stable insulating boards with a level and load-bearing outer surface, and a tile covering comprised of a plurality of tile elements produced from ceramic or natural stone forming the outer skin of the façade construction and which are fastened directly to the insulating layer by means of an adhesive, the adhesive being formed elastically and being applied to the tile elements and/or to the insulating layer in the form of dots or beads, and spacers being provided between the tile elements and the insulating layer which define cavities connected to one another fluidically between the individual tile elements and the insulating layer.