mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a gateway device coupling a fire system control panel to a mesh network of a wireless fire system, wherein the fire system mesh network includes a number of devices including input fire system devices, output fire system devices, and hybrid fire system devices; the gateway device detecting a loss of communication with the fire system control panel or a failure of the fire system control panel; the method characterised in that; responsive to the gateway device detecting the loss of communication with the fire system control panel or the failure of the fire system control panel the gateway device controlling an activation of output fire system devices in the fire system mesh network thereby producing an output by using the gateway device first preconfigured instructions to control the activation of the output fire system devices without the fire system control panel; and responsive to a first fire system device of the number of devices in the fire system mesh network detecting a failure of the gateway device, the first fire system device controlling the activation of output fire system devices in the fire system mesh network by using second preconfigured instructions to control the activation of the output fire system devices without the gateway device. providing a gateway device coupling a fire system control panel to a mesh network of a wireless fire system, wherein the fire system mesh network includes a number of devices including input fire system devices, output fire system devices, and hybrid fire system devices; the gateway device detecting a loss of communication with the fire system control panel or a failure of the fire system control panel; the method characterised in that; responsive to the gateway device detecting the loss of communication with the fire system control panel or the failure of the fire system control panel the gateway device controlling an activation of output fire system devices in the fire system mesh network thereby producing an output by using the gateway device first preconfigured instructions to control the activation of the output fire system devices without the fire system control panel; and responsive to a first fire system device of the number of devices in the fire system mesh network detecting a failure of the gateway device, the first fire system device controlling the activation of output fire system devices in the fire system mesh network by using second preconfigured instructions to control the activation of the output fire system devices without the gateway device.
A centrifugal compressor that includes an impeller and a casing, the compressor comprising: an impeller housing portion provided in the casing to house the impeller; an inlet port provided in the casing coaxially with the impeller housed in the impeller housing portion; an annular flow passage provided in the casing so as to surround the impeller housed in the impeller housing portion; a discharge port provided in the casing so as to communicate with the annular flow passage; an annular chamber provided around the inlet port; a downstream slot that communicates a downstream end of the annular chamber with the impeller housing portion; and an upstream slot that communicates an upstream end of the annular chamber with the inlet port, wherein the axial position of the downstream slot varies along the circumference of the inlet port according to a curved line with one single cycle around the circumference and with a predetermined amplitude (W/2), the centrifugal compressor being characterised by a most upstream point on a center line (C, D) of the downstream slot being located at an upstream end portion of impeller blades of the impeller when seen along a direction perpendicular to a direction of a rotary shaft of the impeller. an impeller housing portion provided in the casing to house the impeller; an inlet port provided in the casing coaxially with the impeller housed in the impeller housing portion; an annular flow passage provided in the casing so as to surround the impeller housed in the impeller housing portion; a discharge port provided in the casing so as to communicate with the annular flow passage; an annular chamber provided around the inlet port; a downstream slot that communicates a downstream end of the annular chamber with the impeller housing portion; and an upstream slot that communicates an upstream end of the annular chamber with the inlet port, wherein the axial position of the downstream slot varies along the circumference of the inlet port according to a curved line with one single cycle around the circumference and with a predetermined amplitude (W/2), the centrifugal compressor being characterised by a most upstream point on a center line (C, D) of the downstream slot being located at an upstream end portion of impeller blades of the impeller when seen along a direction perpendicular to a direction of a rotary shaft of the impeller.
A food product comprising a thermostable Lactobacillus microorganism, wherein the thermostable microorganism is selected from the group consisting of Lactobacillus plantarum with ATCC SD No. 6863 and Lactobacillus acidophilus with ATCC SD No. 6864.
A wound dressing for applying negative pressure at a wound site, comprising: a flexible perforated wound contact layer; a gas impermeable cover layer comprising an orifice; a liquid and gas permeable transmission layer located above the wound contact layer and underlying the cover layer; an absorbent layer for absorbing wound exudate provided above the transmission layer underlying the cover layer; and a suction port sealed to the cover layer around a perimeter of the orifice, wherein said suction port comprises: a connector portion for connecting the suction port to a source of negative pressure; a sealing surface for sealing the suction port to the cover layer; and a liquid impermeable gas permeable filter element arranged to prevent a liquid entering the connector portion; and characterized in that the wound dressing further comprises an aperture in the absorbent layer beneath the orifice such that the orifice is connected directly to the transmission layer. a flexible perforated wound contact layer; a gas impermeable cover layer comprising an orifice; a liquid and gas permeable transmission layer located above the wound contact layer and underlying the cover layer; an absorbent layer for absorbing wound exudate provided above the transmission layer underlying the cover layer; and a suction port sealed to the cover layer around a perimeter of the orifice, wherein said suction port comprises: a connector portion for connecting the suction port to a source of negative pressure; a sealing surface for sealing the suction port to the cover layer; and a liquid impermeable gas permeable filter element arranged to prevent a liquid entering the connector portion; and a connector portion for connecting the suction port to a source of negative pressure; a sealing surface for sealing the suction port to the cover layer; and a liquid impermeable gas permeable filter element arranged to prevent a liquid entering the connector portion; and characterized in that the wound dressing further comprises an aperture in the absorbent layer beneath the orifice such that the orifice is connected directly to the transmission layer.
An adhesive composition comprising A) at least one of white pigments, carbon black, calcinated kaolin, fumed silica, calcium carbonate, uncoated kaoline, of a mixture thereof; B) one or more glass adhesion promotors; C) one or more catalysts; the catalyst comprising 2,2'-dimorpholinodiethylether; D) a plasticizer; E) prepolymer; wherein the prepolymer comprises a reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate, wherein the composition comprises 0.5 to 2.5 wt. %, based on the total weight of the composition, of the reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate; F) isocyanate comprising 0.1 to 0.8 wt. %, based on the total weight of the composition, of hexamethylene diisocyanate trimer with a NCO content of about 21.8%; and G) a solvent or heat stabilizer. A) at least one of white pigments, carbon black, calcinated kaolin, fumed silica, calcium carbonate, uncoated kaoline, of a mixture thereof; B) one or more glass adhesion promotors; C) one or more catalysts; the catalyst comprising 2,2'-dimorpholinodiethylether; D) a plasticizer; E) prepolymer; wherein the prepolymer comprises a reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate, wherein the composition comprises 0.5 to 2.5 wt. %, based on the total weight of the composition, of the reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate; F) isocyanate comprising 0.1 to 0.8 wt. %, based on the total weight of the composition, of hexamethylene diisocyanate trimer with a NCO content of about 21.8%; and G) a solvent or heat stabilizer.
A rotary impact device having an annular exterior surface, comprising an input member, an output member (16, 116, 216), and a stationary, exterior member (18, 118, 218), wherein (i) the stationary, exterior member (18, 118, 218) is stationary relative to the rotary impact device, and (ii) the stationary, exterior member (18, 118, 218) is positioned on the exterior surface of the rotary impact device, wherein the rotary impact device is for use with an impact wrench having an anvil for providing torque to a fastener, the output member (16, 116, 216) having a polygonal-shaped output recess for receiving the fastener; and in that the stationary, exterior member (18, 118, 218) is an inertia member for increasing the torque provided to the fastener, characterized in that the inertia member comprises a ring and at least two ribs having a first end and a second end, wherein the first end of the ribs are positioned on the exterior surface of the rotary impact device and the second end is positioned on the ring, and in that the input member has a square-shaped input recess for receiving the anvil of the impact wrench.
A method for providing a challenge to a first terminal intending to communicate with a second terminal via at least one communication network (N1, N2), the method being performed in a party challenging device (18; 16) and comprising the steps of: receiving a first electronic message concerning a transfer of media from the first terminal to the second terminal, said first electronic message being sent from the first terminal associated with a first party and being addressed to the second terminal, obtaining communication contextual data (Tl, C2) associated with the first party or the first terminal, said communication contextual data comprising session type identifying data (Tl), providing (38, 40) an electronic challenge message (CHM; CHM') based on the obtained communication contextual data, the providing of an electronic challenge message comprising selecting information for inclusion in the electronic challenge message based on the communication contextual data, said electronic challenge message comprising a challenge (CH1; CH1') to the first party, and sending said electronic challenge message (CHM; CHM') to the first terminal, in order to enable a decision to be made on how to process said first electronic message for the second terminal based on the correctness of an electronic response message received from the first terminal, which electronic response message includes a response to the challenge (CH1; CH1') provided in the electronic challenge message (CHM, CHM'). receiving a first electronic message concerning a transfer of media from the first terminal to the second terminal, said first electronic message being sent from the first terminal associated with a first party and being addressed to the second terminal, obtaining communication contextual data (Tl, C2) associated with the first party or the first terminal, said communication contextual data comprising session type identifying data (Tl), providing (38, 40) an electronic challenge message (CHM; CHM') based on the obtained communication contextual data, the providing of an electronic challenge message comprising selecting information for inclusion in the electronic challenge message based on the communication contextual data, said electronic challenge message comprising a challenge (CH1; CH1') to the first party, and sending said electronic challenge message (CHM; CHM') to the first terminal, in order to enable a decision to be made on how to process said first electronic message for the second terminal based on the correctness of an electronic response message received from the first terminal, which electronic response message includes a response to the challenge (CH1; CH1') provided in the electronic challenge message (CHM, CHM').
Timepiece assembly comprising a middle part (20, 200) of a timepiece case and a bezel system comprising at least one bezel (80, 800), said bezel being secured to the middle part on a securing area by an elastic securing means, said middle part further comprising at least one aperture (26, 206) opening onto the securing area at said elastic securing means allowing the user to act on and deform said elastic securing means and to separate the bezel (80, 800) from said middle part, said securing means comprising a male part arranged on one of the faces of the said bezel (80, 800) and a female part arranged on said middle part (20, 200), the male part cooperating elastically with the female part in order to secure said bezel (80, 800) to said middle part, said at least one aperture (26, 206) opens into the female part, allowing the user to exert a pressure on the male part in order to separate the bezel from the middle part, with the male part comprising at least two hooks, of which one is flexible, with the female part comprising at least one groove (23, 203) wherein said least two hooks are inserted in order to secure said bezel (80, 800) to said middle part, said at least one aperture (26, 206) allowing the user to slide a tool arranged to exert said pressure on at least said flexible hook.
A combined fireworks with launching pits and multi-channel fireproof structures, the combined fireworks comprising a body formed by mold pressing, and several tubular cavities uniformly arranged on the body with upper ports thereof open and lower ports thereof closed, wherein inner cylinders of fireworks and propellants are arranged inside the tubular cavities, wherein the bottom of each tubular cavity is provided with launching pits, wherein the propellants are placed in the launching pits, characterized in that the bottom of each tubular cavity is provided with an annular groove for facilitating placement of the inner cylinders of fireworks, the bottom edges of the inner cylinders of fireworks being located within the annular groove which surrounds the periphery of the launching pits.
A joint between a copper short-circuiting ring and a copper bar of the damper winding in a permanent magnet synchronous machine, wherein the end of the bar is jointed to a hole disposed in the short-circuiting ring by welding them together at the mating surfaces, characterized in that the short-circuiting ring includes a blocking structure for limiting the heat flux during the manufacturing process from being conducted further into the short-circuiting ring from the weld between the short-circuiting ring and the bar.
A device, comprising: a cover; a printed wiring board; a first conductive portion of the cover of the device; a first antenna feed configured to a first radio frequency band; a second antenna feed configured to a second radio frequency band; first and second slots (108, 109) on the printed wiring board, the first and second antenna feeds being respectively coupled to the first and second slots and the slots being coupled to the first conductive portion; a first capacitive component coupled to the printed wiring board and a first side of the first conductive portion; and a second capacitive component coupled to the printed wiring board and a second side of the first conductive portion that is opposite the first side; wherein the first and the second capacitive components are configured between the printed wiring board and the first conductive portion. a cover; a printed wiring board; a first conductive portion of the cover of the device; a first antenna feed configured to a first radio frequency band; a second antenna feed configured to a second radio frequency band; first and second slots (108, 109) on the printed wiring board, the first and second antenna feeds being respectively coupled to the first and second slots and the slots being coupled to the first conductive portion; a first capacitive component coupled to the printed wiring board and a first side of the first conductive portion; and a second capacitive component coupled to the printed wiring board and a second side of the first conductive portion that is opposite the first side; wherein the first and the second capacitive components are configured between the printed wiring board and the first conductive portion. a first conductive portion of the cover of the device; a first antenna feed configured to a first radio frequency band; a second antenna feed configured to a second radio frequency band; first and second slots (108, 109) on the printed wiring board, the first and second antenna feeds being respectively coupled to the first and second slots and the slots being coupled to the first conductive portion; a first capacitive component coupled to the printed wiring board and a first side of the first conductive portion; and a second capacitive component coupled to the printed wiring board and a second side of the first conductive portion that is opposite the first side; wherein the first and the second capacitive components are configured between the printed wiring board and the first conductive portion.
An apparatus, being characterized in that it comprises: a decoder for decoding image data corresponding to picture blocks by reconstructing pixels of a current picture block partitioned into at least two partitions using at least one parametric model, wherein the at least one parametric model involves at least implicit formulation of at least one curve, said at least one curve being defined by a polynomial equation with a degree equal or greater than one; and wherein said decoder comprises an in-loop deblocking filter for filtering boundaries of a transform-size block affected by at least one parametric model based partition, and characterized in that a filter strength of said in-loop deblocking filter depends on the block boundary to filter and on the particular shape of the internal block partitions by using an appropriate motion vector and a reference frame according to the partition shape of the at least one parametric model based partition. a decoder for decoding image data corresponding to picture blocks by reconstructing pixels of a current picture block partitioned into at least two partitions using at least one parametric model, wherein the at least one parametric model involves at least implicit formulation of at least one curve, said at least one curve being defined by a polynomial equation with a degree equal or greater than one; and wherein said decoder comprises an in-loop deblocking filter for filtering boundaries of a transform-size block affected by at least one parametric model based partition, and characterized in that a filter strength of said in-loop deblocking filter depends on the block boundary to filter and on the particular shape of the internal block partitions by using an appropriate motion vector and a reference frame according to the partition shape of the at least one parametric model based partition.
Method for the access of a first computer to at least one application installed on a virtual machine of a second computer via a network connection, wherein a programming device of an industrial automation arrangement is used as the first computer, wherein the programming device is connected to at least one industrial controller by means of an automation network, wherein the at least one application accesses the at least one industrial controller by means of the programming device and by means of an interface connection, and wherein, at a first step, a Remote Desktop Protocol - RDP - connection (RDP-C) is established from the first computer to the virtual machine, characterized in that, at a second step, at least one communication relation of the first computer to the industrial controller is made available to the at least one application as a local communication relation from the virtual machine to the first computer via a virtual channel (RDP-VC) of the Remote Desktop Protocol - RDP - (RDP-C) connection.
Hot water heating device comprising a heating chamber with a water inlet for feeding water into the heating chamber and with a water outlet for removing hot water from the heating chamber, whereby the water outlet comprises an outlet duct with a suction opening arranged within the heating chamber at a distance to a bottom of the heating chamber, the hot water heating device further comprising a heating element arranged within the heating chamber for heating the water within the heating chamber, characterized in that the suction opening is facing a top side opposite of the bottom of the heating chamber and the water outlet further comprises a steam bubble retention device that forms a water intake duct (16, 23) that runs into the suction opening of the water outlet and that prevents steam bubbles to flow through the suction opening of the outlet duct.
A gas turbine comprising: a rotating shaft; a compressor; a combustor including an inner cylinder configured as a combustion chamber; a turbine; a combustor casing housing the combustor and including a first flange projecting toward the outside; a turbine casing housing the turbine and including a second flange projecting toward the outside, wherein the compressor, the combustor and the turbine are arranged along an extending direction of the rotating shaft, the combustor casing and the turbine casing are joined to each other via the first and second flanges (12Aa,12Ba), and the gas turbine comprises a projection part on an inner face of the combustor casing, wherein the projection part projects toward the inside in a radial direction, and is provided in at least part of a range in the extending direction of the rotating shaft between the first flange and an end of the combustion chamber on the compressor side, wherein the projection part is continuously arranged in a circumferential direction. a rotating shaft; a compressor; a combustor including an inner cylinder configured as a combustion chamber; a turbine; a combustor casing housing the combustor and including a first flange projecting toward the outside; a turbine casing housing the turbine and including a second flange projecting toward the outside, wherein the compressor, the combustor and the turbine are arranged along an extending direction of the rotating shaft, the combustor casing and the turbine casing are joined to each other via the first and second flanges (12Aa,12Ba), and the gas turbine comprises a projection part on an inner face of the combustor casing, wherein the projection part projects toward the inside in a radial direction, and is provided in at least part of a range in the extending direction of the rotating shaft between the first flange and an end of the combustion chamber on the compressor side, wherein the projection part is continuously arranged in a circumferential direction.