mhurhangee/ep-ind-claims huggingface dataset:
Process for preparing 4-[[(benzoyl)amino]sulphonyl]benzoyl chlorides of the formula in which R 1a to R 1e and R 2a to R 2d are each independently selected from the group consisting of hydrogen, halogen, (C 1 -C 6)-alkyl, (C 1 -C 6)-haloalkyl, (C 1 -C 6)-alkoxy, (C 3 -C 7)-cycloalkyl, (C 1 -C 6)-alkylthio, (C 3 -C 7)-cycloalkylthio, S q -(C 1 -C 6)-alkyl with q = 0, 1 or 2, (C 1 -C 6)-alkylcarbonyl, -CO-aryl, cyano and nitro, or in which any two adjacent R 1a to R 1e radicals form a -O-CH 2 CH 2 - radical, proceeding from a compound of the formula in which R 1a to R 1e are each as defined above, and a compound of the formula in which R 2a to R 2d are each as defined above, by reacting compounds of the formula and - in a solvent selected from the group of the aprotic polar solvents, or - in a solvent composition comprising at least one solvent selected from the group of the aprotic polar solvents. R 1a to R 1e and R 2a to R 2d are each independently selected from the group consisting of hydrogen, halogen, (C 1 -C 6)-alkyl, (C 1 -C 6)-haloalkyl, (C 1 -C 6)-alkoxy, (C 3 -C 7)-cycloalkyl, (C 1 -C 6)-alkylthio, (C 3 -C 7)-cycloalkylthio, S q -(C 1 -C 6)-alkyl with q = 0, 1 or 2, (C 1 -C 6)-alkylcarbonyl, -CO-aryl, cyano and nitro, or in which any two adjacent R 1a to R 1e radicals form a -O-CH 2 CH 2 - radical, proceeding from a compound of the formula in which R 1a to R 1e are each as defined above, and a compound of the formula in which R 2a to R 2d are each as defined above, by reacting compounds of the formula and - in a solvent selected from the group of the aprotic polar solvents, or - in a solvent composition comprising at least one solvent selected from the group of the aprotic polar solvents. R 1a to R 1e are each as defined above, and a compound of the formula in which R 2a to R 2d are each as defined above, by reacting compounds of the formula and - in a solvent selected from the group of the aprotic polar solvents, or - in a solvent composition comprising at least one solvent selected from the group of the aprotic polar solvents. - in a solvent selected from the group of the aprotic polar solvents, or - in a solvent composition comprising at least one solvent selected from the group of the aprotic polar solvents.
Refrigerator and/or freezer comprising an appliance body, a cooled interior, which is located in the appliance body, a closure element for closing the cooled interior, a seal on the closure element or on the body in order to seal the cooled interior, and a pressure-equalizing unit, which comprises an actuation element, a functional element and a connection means connecting the actuation element to the functional element, characterized in that the closure element is in a first position after being closed and is in a second position after subsequently forming a negative pressure in the cooled interior, and the actuation element is arranged such that, when the closure element transitions from the first position into the second position, it brings about a movement of the functional element, which raises the seal from the body or the closure element in the process; if the negative pressure is largely or completely relieved, the closure element moves away from the appliance body again such that no force or only little force is exerted on the actuation element, which results in the actuation element being moved or switched into its initial position again, and the same applies to the functional element.
A method implemented by a first Provider Edge, PE, network device in a network to configure a pseudo-wire, PW, between the first PE network device and a second PE network device in the network using an Interior Gateway Protocol, IGP, the method comprising: receiving a first advertisement message flooded in the network by the second PE network device via the IGP, wherein the first advertisement message includes a PW association advertisement targeted to the first PE network device, wherein the PW association advertisement includes a PW advertisement that advertises the PW; determining whether the first PE network device supports the PW and whether the first PE network device has previously advertised the PW to the second PE network device; and in response to determining that the first PE network device supports the PW and has previously advertised the PW to the second PE network device: configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW. receiving a first advertisement message flooded in the network by the second PE network device via the IGP, wherein the first advertisement message includes a PW association advertisement targeted to the first PE network device, wherein the PW association advertisement includes a PW advertisement that advertises the PW; determining whether the first PE network device supports the PW and whether the first PE network device has previously advertised the PW to the second PE network device; and in response to determining that the first PE network device supports the PW and has previously advertised the PW to the second PE network device: configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW. configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW.
An explosive composition for use in telescopically expanding non-lethal training ammunition comprising tetrazene and paraffin wax, wherein the paraffin wax is present in the form of micro particles having diameters in the range of about 20 μm to about 150 μm in diameter.
A dunnage conversion machine comprising: a conversion assembly that converts a sheet stock material into a lower- density strip of dunnage having a width and a height that is less than the width; and a cutting assembly downstream of the conversion assembly to cut the strip of dunnage to form a discrete dunnage product of a desired length, the cutting assembly comprising: a cutting blade, elements that define a path for the strip of dunnage through the cutting assembly, and a controller that controls the operation of the cutting assembly; characterised in that the controller is configured to control the cutting assembly to cut across less than the width of the strip of dunnage to maintain a connection between the strip of dunnage and the discrete dunnage product, the controller controlling the cutting assembly to move the cutting blade into the path from a lateral side of the path, the path being configured to accommodate the width of the strip of dunnage extending between lateral sides of the path. a conversion assembly that converts a sheet stock material into a lower- density strip of dunnage having a width and a height that is less than the width; and a cutting assembly downstream of the conversion assembly to cut the strip of dunnage to form a discrete dunnage product of a desired length, the cutting assembly comprising: a cutting blade, elements that define a path for the strip of dunnage through the cutting assembly, and a controller that controls the operation of the cutting assembly; characterised in that the controller is configured to control the cutting assembly to cut across less than the width of the strip of dunnage to maintain a connection between the strip of dunnage and the discrete dunnage product, the controller controlling the cutting assembly to move the cutting blade into the path from a lateral side of the path, the path being configured to accommodate the width of the strip of dunnage extending between lateral sides of the path. a cutting blade, elements that define a path for the strip of dunnage through the cutting assembly, and a controller that controls the operation of the cutting assembly; characterised in that the controller is configured to control the cutting assembly to cut across less than the width of the strip of dunnage to maintain a connection between the strip of dunnage and the discrete dunnage product, the controller controlling the cutting assembly to move the cutting blade into the path from a lateral side of the path, the path being configured to accommodate the width of the strip of dunnage extending between lateral sides of the path.
An endoscope for a multi-channel minimally invasive channel, comprising: a working channel, and an accessory endoscope, wherein the working channel comprises a main channel, an accessory channel and a handle, and the main channel, the accessory channel and the handle are rigidly connected; wherein inlets of the main channel and the accessory channel are provided on the handle; wherein the accessory endoscope is provided in the accessory channel; wherein a length of the main channel is greater than that of the accessory channel; wherein the main channel and the accessory channel are arranged within the working channel at an acute angle, and the main channel and the accessory channel are attached at their outlets and separated at their inlets; and the main channel and the accessory channel are also connected via a reinforcing rib, characterized in that the endoscope comprises a main endoscope provided in the main channel, and a main cleaning channel, a main optical channel and a main instrument channel are provided in the main endoscope; and the accessory endoscope is provided with an accessory cleaning channel and an accessory optical channel therein; and no instrument channel is provided in the accessory endoscope. wherein a length of the main channel is greater than that of the accessory channel; wherein the main channel and the accessory channel are arranged within the working channel at an acute angle, and the main channel and the accessory channel are attached at their outlets and separated at their inlets; and the main channel and the accessory channel are also connected via a reinforcing rib, characterized in that the endoscope comprises a main endoscope provided in the main channel, and a main cleaning channel, a main optical channel and a main instrument channel are provided in the main endoscope; and the accessory endoscope is provided with an accessory cleaning channel and an accessory optical channel therein; and no instrument channel is provided in the accessory endoscope.
A service rate adjustment method, performed by a session border controller, SBC, comprising: receiving a first Real-Time Transport Control Protocol, RTCP APP, packet sent by a base station, wherein the RTCP APP packet is in downlink direction; obtaining an actual transmission capability information of the base station from the first RTCP APP packet, wherein the actual transmission capability information comprises current transmission quality information of the air interface of the base station or service rate information expected by the air interface of the base station; adjusting a service rate of the SBC according to the actual transmission capability information when a service packet is sent from the SBC to the base station, wherein the SBC performs codec conversion processing according to SIP signaling negotiation performed between terminals; sending the service packet to the base station at an increased or a decreased service rate. receiving a first Real-Time Transport Control Protocol, RTCP APP, packet sent by a base station, wherein the RTCP APP packet is in downlink direction; obtaining an actual transmission capability information of the base station from the first RTCP APP packet, wherein the actual transmission capability information comprises current transmission quality information of the air interface of the base station or service rate information expected by the air interface of the base station; adjusting a service rate of the SBC according to the actual transmission capability information when a service packet is sent from the SBC to the base station, wherein the SBC performs codec conversion processing according to SIP signaling negotiation performed between terminals; sending the service packet to the base station at an increased or a decreased service rate.
a light emitting diode chip (100; 200; 200a), comprising: a substrate; a light emitting structure arranged on the substrate; the light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; and an alternating lamination bottom structure located under the substrate; the alternating lamination bottom structure comprising a plurality of dielectric pairs, each of the dielectric pairs comprising a first material layer comprising a first refractive index and a second material layer comprising a second refractive index; the plurality of dielectric pairs comprising: a plurality of first dielectric pairs, at least one second dielectric pair, and a plurality of third dielectric pairs, the plurality of first dielectric pairs composed of the first material layer and the second material layer, each having an optical thickness less than λ/4; the at least one second dielectric pair composed of the first material layer and the second material layer, one of which has an optical thickness less than λ/4 and the other of which has an optical thickness greater than λ/4; and the plurality of third dielectric pairs composed of the first material layer and the second material layer each having an optical thickness greater than λ/4, wherein λ is 550 nm, wherein each of a number of the first dielectric pairs and a number of the third dielectric pairs is more than a number of the at least one second dielectric pair. comprising: a substrate; a light emitting structure arranged on the substrate; the light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; and an alternating lamination bottom structure located under the substrate; the alternating lamination bottom structure comprising a plurality of dielectric pairs, each of the dielectric pairs comprising a first material layer comprising a first refractive index and a second material layer comprising a second refractive index; the plurality of dielectric pairs comprising: a plurality of first dielectric pairs, at least one second dielectric pair, and a plurality of third dielectric pairs, the plurality of first dielectric pairs composed of the first material layer and the second material layer, each having an optical thickness less than λ/4; the at least one second dielectric pair composed of the first material layer and the second material layer, one of which has an optical thickness less than λ/4 and the other of which has an optical thickness greater than λ/4; and the plurality of third dielectric pairs composed of the first material layer and the second material layer each having an optical thickness greater than λ/4, wherein λ is 550 nm, wherein each of a number of the first dielectric pairs and a number of the third dielectric pairs is more than a number of the at least one second dielectric pair.
A kit for connecting to a processing container a device for feeding a liquid or semi-liquid food product, comprising at least: - an internally hollow pipe having a first end and a second end, wherein at least one between the first or second end (2A, 2B) comprises an enlarged, external terminal portion; - a receiving element provided with a hole for receiving the enlarged, external terminal portion at one end (2A, 2B) of the pipe and with an abutment for stopping the end (2A, 2B) of the pipe inside the hole; - means for pushing and locking the enlarged, external terminal portion at the end (2A, 2B) inside the receiving hole in order to allow the end (2A, 2B) of the pipe to be locked inside the hole against the abutment, the kit being characterized in that the abutment for stopping the end (2A, 2B) of the pipe is defined by a narrowing portion of the hole and in that the narrowing portion of the hole is defined by a tapered annular region and wherein the pipe comprises, at its first end and/or at its second end, a tapered annular portion. which is tapered by a first taper angle (α), which is acute and defined externally by a line parallel to the axis of the hole and internally by an inclined line, and wherein the narrowing portion of the hole is tapered by a second taper angle (β), which is acute and defined internally by a line parallel to the axis of the hole and externally by an inclined line and wherein the first taper angle (α) is greater than the second taper angle (β). - an internally hollow pipe having a first end and a second end, wherein at least one between the first or second end (2A, 2B) comprises an enlarged, external terminal portion; - a receiving element provided with a hole for receiving the enlarged, external terminal portion at one end (2A, 2B) of the pipe and with an abutment for stopping the end (2A, 2B) of the pipe inside the hole; - means for pushing and locking the enlarged, external terminal portion at the end (2A, 2B) inside the receiving hole in order to allow the end (2A, 2B) of the pipe to be locked inside the hole against the abutment, the kit being characterized in that the abutment for stopping the end (2A, 2B) of the pipe is defined by a narrowing portion of the hole and in that the narrowing portion of the hole is defined by a tapered annular region and wherein the pipe comprises, at its first end and/or at its second end, a tapered annular portion. which is tapered by a first taper angle (α), which is acute and defined externally by a line parallel to the axis of the hole and internally by an inclined line, and wherein the narrowing portion of the hole is tapered by a second taper angle (β), which is acute and defined internally by a line parallel to the axis of the hole and externally by an inclined line and wherein the first taper angle (α) is greater than the second taper angle (β).
A vibratory conveyor having a base frame, a vibratory frame supported to the base frame, that can be set in vibratory motion relative to the base frame by means of a vibratory drive, and having a conveyor trough formed by a flexible closed mat, wherein the flexible mat forming the conveyor trough is alternately connected to the base frame and the vibratory frame at, as seen in longitudinal direction of the conveyor trough, connection points (14, 14') that are spaced from each other, wherein between each two adjacent connection points (14, 14'), as seen in longitudinal direction of conveyor trough there is one respective mat portion (40.1, 40.2), wherein by means of the vibratory drive the vibratory frame relative to the base frame can be set in such a vibration that mat portions (40.1, 40.2) adjacent to each other in longitudinal direction of the conveyor trough are alternately stretched and relaxed in opposite phase, wherein the connection points (14, 14') are on traverses (20, 30) being transversely to the longitudinal direction of the conveyor trough at a distance to each other, and wherein a first traverse is alternately connected to the base frame and a second traverse is connected to the vibratory frame, characterized in that at least one of the traverses (20, 30) being in transverse direction of the conveyor trough includes a central height profile (22, 32) distinctive in height direction, which forms a distribution contour in the mat and in the conveyor trough, that here divides the stream of material to be conveyed on the mat into two lateral sub-streams. wherein the flexible mat forming the conveyor trough is alternately connected to the base frame and the vibratory frame at, as seen in longitudinal direction of the conveyor trough, connection points (14, 14') that are spaced from each other, wherein between each two adjacent connection points (14, 14'), as seen in longitudinal direction of conveyor trough there is one respective mat portion (40.1, 40.2), wherein by means of the vibratory drive the vibratory frame relative to the base frame can be set in such a vibration that mat portions (40.1, 40.2) adjacent to each other in longitudinal direction of the conveyor trough are alternately stretched and relaxed in opposite phase, wherein the connection points (14, 14') are on traverses (20, 30) being transversely to the longitudinal direction of the conveyor trough at a distance to each other, and wherein a first traverse is alternately connected to the base frame and a second traverse is connected to the vibratory frame, characterized in that at least one of the traverses (20, 30) being in transverse direction of the conveyor trough includes a central height profile (22, 32) distinctive in height direction, which forms a distribution contour in the mat and in the conveyor trough, that here divides the stream of material to be conveyed on the mat into two lateral sub-streams.
Method for joining bodywork components (22, 24) of fibre-reinforced plastics materials, in which method a) the workpiece parts (22, 24) are placed in a joining tool, b) the workpiece parts (22, 24) in the joining tool are tested for damage, c) the workpiece parts (22, 24) are joined by the joining tool, and d) the joined workpiece in the joining tool is tested for damage. a) the workpiece parts (22, 24) are placed in a joining tool, b) the workpiece parts (22, 24) in the joining tool are tested for damage, c) the workpiece parts (22, 24) are joined by the joining tool, and d) the joined workpiece in the joining tool is tested for damage.