mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - a mobile electronic payment terminal having a case comprising a front face, a rear face and edges (103, 104d, 104g) connecting said front and rear faces, said rear face or an edge (103, 104d, 104g) having a plurality of contacts intended to cooperate with a plurality of receiving contacts on a docking and charging station, said contacts of said mobile electronic payment terminal being connected by means of a plurality of connecting wires to at least one electronic board of said mobile terminal, and comprising first locking means; - the docking and charging station comprising said plurality of receiving contacts, and second locking means intended to cooperate with the first locking means of the mobile electronic payment terminal; said system being characterized in that said first locking means are provided on one of said edges (103, 104d, 104g) of said mobile electronic payment terminal, and said plurality of contacts of the mobile electronic payment terminal is disposed on a lower part of said rear face of said mobile electronic payment terminal near said electronic board, so as to limit the length of said connecting wires. - a mobile electronic payment terminal having a case comprising a front face, a rear face and edges (103, 104d, 104g) connecting said front and rear faces, said rear face or an edge (103, 104d, 104g) having a plurality of contacts intended to cooperate with a plurality of receiving contacts on a docking and charging station, said contacts of said mobile electronic payment terminal being connected by means of a plurality of connecting wires to at least one electronic board of said mobile terminal, and comprising first locking means; - the docking and charging station comprising said plurality of receiving contacts, and second locking means intended to cooperate with the first locking means of the mobile electronic payment terminal;
A rotary compressor comprising: a casing; a plurality of bearings (110, 120) provided in an internal space of the casing; at least one cylinder that is provided between the bearings to form a compression space and has a vane slot; a rolling piston that is accommodated in the compression space to perform an orbiting movement; at least one vane that is slidably inserted into the vane slot of the cylinder and, along with the rolling piston, separates the compression space into a suction chamber and a discharge chamber (Vd); a discharge cover that covers a noise reducing space to accommodate refrigerant discharged from the compression space; and a bypass flow path that allows the noise reducing space of the discharge cover to be connected to a gap between a sidewall of the vane slot and a side of the vane facing the sidewall, so that the refrigerant discharged to the noise reducing space is supplied to the side of the vane, wherein at least one of the bearings (110, 120) has a discharge port for connecting the discharge chamber (Vd) and the noise reducing space, characterized in that one end of the bypass flow path is accommodated in the noise reducing space, and the other end thereof is formed to pass through the sidewall of the vane slot, and the bypass flow path is formed to sequentially pass through the bearing (110, 120) having the discharge port and the cylinder facing the bearing. a casing; a plurality of bearings (110, 120) provided in an internal space of the casing; at least one cylinder that is provided between the bearings to form a compression space and has a vane slot; a rolling piston that is accommodated in the compression space to perform an orbiting movement; at least one vane that is slidably inserted into the vane slot of the cylinder and, along with the rolling piston, separates the compression space into a suction chamber and a discharge chamber (Vd); a discharge cover that covers a noise reducing space to accommodate refrigerant discharged from the compression space; and a bypass flow path that allows the noise reducing space of the discharge cover to be connected to a gap between a sidewall of the vane slot and a side of the vane facing the sidewall, so that the refrigerant discharged to the noise reducing space is supplied to the side of the vane, wherein at least one of the bearings (110, 120) has a discharge port for connecting the discharge chamber (Vd) and the noise reducing space, characterized in that one end of the bypass flow path is accommodated in the noise reducing space, and the other end thereof is formed to pass through the sidewall of the vane slot, and the bypass flow path is formed to sequentially pass through the bearing (110, 120) having the discharge port and the cylinder facing the bearing.
An anchoring device for an implant-supported removable dental prostheses - having a female anchoring part; - having a male anchoring part connected to the female anchoring part; and - having a base that comprises a connection geometry arrangement and an implant thread for fastening the anchoring device in an implant, characterized in that - the male anchoring part is formed by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base and is connected to the connection geometry arrangement of the base or the male anchoring part and the base are interconnected by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base so that an elastic connection is created between the male anchoring part and the base, wherein the connection element is wire-shaped. - having a female anchoring part; - having a male anchoring part connected to the female anchoring part; and - having a base that comprises a connection geometry arrangement and an implant thread for fastening the anchoring device in an implant, characterized in that - the male anchoring part is formed by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base and is connected to the connection geometry arrangement of the base or the male anchoring part and the base are interconnected by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base so that an elastic connection is created between the male anchoring part and the base, wherein the connection element is wire-shaped.
A drainage device for an above-ground pool, the drainage device comprising: a flexible drainage pipe having an inlet end and an outlet end; and a reinforcing member disposed within the drainage pipe and extending in a lengthwise direction along a length of the drainage pipe, characterised in that the reinforcing member comprises a rib integrally formed with the inner wall of the drainage pipe, the rib protruding radially inward from the inner wall of the drainage pipe. a flexible drainage pipe having an inlet end and an outlet end; and a reinforcing member disposed within the drainage pipe and extending in a lengthwise direction along a length of the drainage pipe, characterised in that the reinforcing member comprises a rib integrally formed with the inner wall of the drainage pipe, the rib protruding radially inward from the inner wall of the drainage pipe.
A formatter cage (102, 202), comprising: a base having two sides (210, 216), a back plate and a faceplate, where the two sides (210, 216), the faceplate and the back plate are perpendicular to the base to form an enclosed volume, where a top side of the base is in the enclosed volume; a formatter printed circuit board mounted to the top side of the base, the formatter PCB having a mounting hole adjacent to one of the two sides (210, 216) of the base to receive a mounting post of an expansion module (440, 660, 760) introduced from a direction perpendicular to the base; a connector mounted on a top side of the formatter PCB, the connector to receive a connector tab of the expansion module (440, 660, 760) introduced from a direction perpendicular to the base; and a slot formed in the faceplate, the slot to receive a tab of the expansion module (440, 660, 760) from within the enclosed volume of the formatter cage (102, 202); where the slot, the connector and the mounting hole form a three point mounting system for the expansion module (440, 660, 760). a base having two sides (210, 216), a back plate and a faceplate, where the two sides (210, 216), the faceplate and the back plate are perpendicular to the base to form an enclosed volume, where a top side of the base is in the enclosed volume; a formatter printed circuit board mounted to the top side of the base, the formatter PCB having a mounting hole adjacent to one of the two sides (210, 216) of the base to receive a mounting post of an expansion module (440, 660, 760) introduced from a direction perpendicular to the base; a connector mounted on a top side of the formatter PCB, the connector to receive a connector tab of the expansion module (440, 660, 760) introduced from a direction perpendicular to the base; and a slot formed in the faceplate, the slot to receive a tab of the expansion module (440, 660, 760) from within the enclosed volume of the formatter cage (102, 202); where the slot, the connector and the mounting hole form a three point mounting system for the expansion module (440, 660, 760).
Method for operating a system having a vapour extraction device for a kitchen appliance of the system, preferably for a hob of the system with a plurality of hotplates, in which a heating means of the kitchen appliance is supplied with power via an electric cable connected thereto, wherein at least one detector of the system being connected to the electric cable of the kitchen appliance is installed on this electrical cable in such a way that the detector can at least be used to detect when a current flow in the electrical cable of the kitchen appliance is switched on and/or off, and this is transmitted by the detector to the control unit of the vapour extraction device by means of a signal transmission and the vapour extraction device is switched on and/or off as a function of the detected current flow in the electrical cable, characterized in that for the operation of the system a triaxial magnetic field sensor is used as the detector which, in a mounted state, is positioned at least partially around the electrical cable of the kitchen appliance, wherein the electric cable is provided with several, in particular 2 to 5, twisted individual conductors and a plastic insulation encasing them, wherein by means of the magnetic field sensor at least the stray fields of the magnetic fields in the electric cable arising during current flow are detected, whereby when such stray fields occur and/or cease to occur, in each case a corresponding signal is transmitted to the control unit of the vapour extraction device.
An iRNA agent comprising a sense strand and an antisense strand, wherein the antisense strand and/or the sense strand comprise two or more asymmetrical modifications, the modifications being selected from the following group: (a) L sugars; (b) LNAs; and (c) conjugate groups; wherein the modifications occur 1-6 nucleotides from either end of the strand, and wherein an asymmetrical modification is a modification found on one strand but not on the other strand. (a) L sugars; (b) LNAs; and (c) conjugate groups;
A method comprising: selecting, by at least one of a plurality of edge computing systems co-located within respective co-location facilities each deployed and managed by a single co-location facility provider, a selected edge computing system of the plurality of edge computing systems to process data generated by an Internet of Things, IoT, device; building and provisioning, by the at least one of the plurality of edge computing systems, a dynamic proxy cluster for being deployed for execution on one or more computing devices for processing the data at the selected edge computing system, configuring, at a proxy gateway of the selected edge computing system for the dynamic proxy cluster, an application programming interface, API, endpoint associated with the dynamic proxy cluster and for communication with the IoT device; receiving, by the selected edge computing system at the API endpoint, the data generated by the IoT device; and processing, by the dynamic proxy cluster of the selected edge computing system, the data generated by the IoT device and received at the API endpoint. selecting, by at least one of a plurality of edge computing systems co-located within respective co-location facilities each deployed and managed by a single co-location facility provider, a selected edge computing system of the plurality of edge computing systems to process data generated by an Internet of Things, IoT, device; building and provisioning, by the at least one of the plurality of edge computing systems, a dynamic proxy cluster for being deployed for execution on one or more computing devices for processing the data at the selected edge computing system, configuring, at a proxy gateway of the selected edge computing system for the dynamic proxy cluster, an application programming interface, API, endpoint associated with the dynamic proxy cluster and for communication with the IoT device; receiving, by the selected edge computing system at the API endpoint, the data generated by the IoT device; and processing, by the dynamic proxy cluster of the selected edge computing system, the data generated by the IoT device and received at the API endpoint.
A thermal energy exchange tube for a heat exchanger, comprising: a tube inner surface; and a tube outer surface radially offset from the tube inner surface, the tube outer surface including patterned porosity with a plurality of high porosity regions of the tube outer surface having relatively high porosity to promote flow of fluid radially inwardly via capillary flow, and a plurality of low porosity regions of the tube outer surface having relatively low porosity to facilitate vapor departure from the tube outer surface.; characterised by further comprising a porous cover layer disposed over the plurality of high porosity regions and the plurality of low porosity regions, wherein the porous cover layer comprises a plurality of cover layer segments with an axial cover layer gap between axially adjacent cover layer segments.
An electronic shelf label (2A-2K), comprising: - a display unit designed to display image content, - a communication module designed for radio-based communication for the purpose of receiving image data representing the image content and for transmitting the image data to the display unit, and - a detector unit designed to detect an incorrect positioning of the electronic shelf label (2A-2K) deviating from a target position and, upon detection of incorrect positioning, to issue an action signal, wherein - the electronic shelf label (2A-2K) is designed to change the image content when the action signal is present, characterized in that the shelf label (2A-2K) is designed to digitally store the state of the detection of incorrect positioning and only execute a further image content change activity after the image content has been changed due to the detected incorrect positioning, once the stored state of the detection of the incorrect positioning has been cleared with the help of a communication through the communication module. - a display unit designed to display image content, - a communication module designed for radio-based communication for the purpose of receiving image data representing the image content and for transmitting the image data to the display unit, and - a detector unit designed to detect an incorrect positioning of the electronic shelf label (2A-2K) deviating from a target position and, upon detection of incorrect positioning, to issue an action signal, wherein - the electronic shelf label (2A-2K) is designed to change the image content when the action signal is present,
A camera module, comprising: a first camera module; a first flexible printed circuit connected to the first camera module; and a second camera module arranged side by side with the first camera module; the camera module further comprises a second flexible printed circuit separated from the first flexible circuit and connected to the second camera module, characterized in that: at least one of the first flexible printed circuit and the second flexible printed circuit extends along an arrangement direction of the first camera module and the second camera module, wherein the first flexible printed circuit attaches to a first connector and the second flexible printed circuit attaches to a second connector for mounting the camera module on a circuit board. a first camera module; a first flexible printed circuit connected to the first camera module; and a second camera module arranged side by side with the first camera module; the camera module further comprises a second flexible printed circuit separated from the first flexible circuit and connected to the second camera module, characterized in that: at least one of the first flexible printed circuit and the second flexible printed circuit extends along an arrangement direction of the first camera module and the second camera module, wherein the first flexible printed circuit attaches to a first connector and the second flexible printed circuit attaches to a second connector for mounting the camera module on a circuit board. at least one of the first flexible printed circuit and the second flexible printed circuit extends along an arrangement direction of the first camera module and the second camera module, wherein the first flexible printed circuit attaches to a first connector and the second flexible printed circuit attaches to a second connector for mounting the camera module on a circuit board.
A low-sulfur, low-phosphorus, low-ash lubricant composition suitable for use in an internal combustion engine, comprising: (a) an oil of lubricating viscosity, and (b) a condensation product of a material represented by formula I and an alcohol having 8 to 30 carbon atoms and combinations thereof; wherein each R is independently H, or a hydrocarbyl group, or wherein the R groups together form a ring; and wherein the composition further comprises: an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight. (a) an oil of lubricating viscosity, and (b) a condensation product of a material represented by formula I and an alcohol having 8 to 30 carbon atoms and combinations thereof; wherein each R is independently H, or a hydrocarbyl group, or wherein the R groups together form a ring; and wherein the composition further comprises: an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight. an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight.
Mould for the manufacture, from a parasin, of a container having a body and a bottom in the continuation of the body at a lower end of the body, the bottom comprising: - an annular peripheral seating defining a setting-down plane which extends substantially perpendicular to the body from a lower end of the body, the setting-down plane being internally delimited by an internal edge; - an arch which extends as a hollow towards the inside of the container starting from the seating, this mould comprising: - a wall having an internal surface that forms part of the impression of the body of the container and delimiting a cavity, this wall being pierced, at a lower end, with an opening; - a mould bottom having an upper surface constituting the impression of at least the arch, and a skirt which extends axially from the upper surface facing the opening, the mould bottom being mounted with the ability to move with respect to the wall between an out position in which the upper surface is distanced from the opening towards the outside of the cavity, and an in position, in which the upper surface closes off the cavity; - the wall has a rib constituting the impression of the setting-down plane, which extends in the continuation of the internal surface, substantially perpendicular thereto; this mould being characterized in that the rim ends, towards the inside, in an annular rib bordering the opening and formed as a projection towards the inside of the cavity. - an annular peripheral seating defining a setting-down plane which extends substantially perpendicular to the body from a lower end of the body, the setting-down plane being internally delimited by an internal edge; - an arch which extends as a hollow towards the inside of the container starting from the seating, - a wall having an internal surface that forms part of the impression of the body of the container and delimiting a cavity, this wall being pierced, at a lower end, with an opening; - a mould bottom having an upper surface constituting the impression of at least the arch, and a skirt which extends axially from the upper surface facing the opening, the mould bottom being mounted with the ability to move with respect to the wall between an out position in which the upper surface is distanced from the opening towards the outside of the cavity, and an in position, in which the upper surface closes off the cavity; - the wall has a rib constituting the impression of the setting-down plane, which extends in the continuation of the internal surface, substantially perpendicular thereto;
Oven having at least one household appliance heater (1; 13), wherein - the household appliance heater (1; 13) has at least one electrically conductive heating conductor layer (3; 15) applied to a carrier material of a carrier (2; 16), - the carrier (2; 16) is an oven muffle delimiting a treatment compartment of the household appliance and the at least one heating conductor layer is arranged on an exterior (10, 11) of the oven muffle, characterised in that - the at least one heating conductor layer (3; 15) contains carbon nanotubes and/or graphene, - the oven muffle is coated with enamel on the exterior (10, 11), - the heating conductor layer (3; 15) is applied to the enamel as the carrier material, - the oven muffle is lined with polytetrafluoroethylene on its interior (10, 11), - the oven is designed to operate the at least one heating conductor layer (3; 15) at a maximum temperature of not more than 350°C, in particular at a maximum temperature of not more than 330°C. - the household appliance heater (1; 13) has at least one electrically conductive heating conductor layer (3; 15) applied to a carrier material of a carrier (2; 16), - the carrier (2; 16) is an oven muffle delimiting a treatment compartment of the household appliance and the at least one heating conductor layer is arranged on an exterior (10, 11) of the oven muffle, characterised in that - the at least one heating conductor layer (3; 15) contains carbon nanotubes and/or graphene, - the oven muffle is coated with enamel on the exterior (10, 11), - the heating conductor layer (3; 15) is applied to the enamel as the carrier material, - the oven muffle is lined with polytetrafluoroethylene on its interior (10, 11), - the oven is designed to operate the at least one heating conductor layer (3; 15) at a maximum temperature of not more than 350°C, in particular at a maximum temperature of not more than 330°C.