mhurhangee/ep-ind-claims huggingface dataset:
A laminate composite material, suitable for the packaging of food products, having a multilayer structure which includes: ▪ a first outer layer; ▪ a second inner layer; ▪ a third intermediate layer interposed between said first outer layer and said second inner layer, wherein said first layer is of paper or a paper-like, cellulosic or fibrous material, wherein said second layer is a layer of adhesive or a layer of hot-melt and/or heat-weldable and/or metallic film, and wherein said third layer comprise exclusively or in a predominant percentage a water-soluble material, so that two or more of said layers (21, 22, 23) are configured to be separated by means of a bath of water or with prevalence of water, the water-soluble material comprising an alkali metal silicate M with M 2 O × n SiO 2 and n = 1,5 ÷ 4, wherein M is selected from a group comprising sodium Na, potassium K and Lithium Li. ▪ a first outer layer; ▪ a second inner layer; ▪ a third intermediate layer interposed between said first outer layer and said second inner layer,
A Pseudomonas spec. host cell comprising (i) a rhlA gene or an ortholog thereof, being under the control of a heterologous promoter; and (ii) a rhlB gene or an ortholog thereof, being under the control of a heterologous promoter, wherein said host cell is capable of achieving a carbon yield of more than 0.19 Cmol rhamnolipid/Cmol substrate, and wherein the promoter is stronger than the tac promoter. (i) a rhlA gene or an ortholog thereof, being under the control of a heterologous promoter; and (ii) a rhlB gene or an ortholog thereof, being under the control of a heterologous promoter,
An enterprise security system, comprising: one or more tracking systems configured to track movement of individuals throughout an enterprise; an information technology system configured to provide access to computer resources within the enterprise, including a computer system at a location within the enterprise, wherein the IT system includes an authentication server which allows individuals who are authorised users to log onto the computer system; and a security integration system configured to block access to the computer resources based on the tracked movement of the individuals within the enterprise when the authorised user is not present at the location. one or more tracking systems configured to track movement of individuals throughout an enterprise; an information technology system configured to provide access to computer resources within the enterprise, including a computer system at a location within the enterprise, wherein the IT system includes an authentication server which allows individuals who are authorised users to log onto the computer system; and a security integration system configured to block access to the computer resources based on the tracked movement of the individuals within the enterprise when the authorised user is not present at the location.
Cooking appliance, in particular having a steam function, comprising at least one cooking chamber and at least one cleaning device for cleaning the cooking chamber, wherein the cleaning device comprises at least one conveying device, for conveying at least one fluid, and at least one distributor device, which has at least one rotatable distributor wheel and at least one motor device, wherein the distributor wheel comprises at least one fluid reservoir having at least one fluid supply into which a fluid can be conducted by means of the conveying device and wherein the fluid reservoir comprises at least one first outlet and at least one second outlet, wherein the distributor wheel is rotatable in two directions of rotation by means of the motor device and wherein the distributor wheel has at least one ramp device, which is arranged in the fluid reservoir to which at least one second outlet is assigned and via which the fluid filled into the fluid reservoir is conducted into the first outlet or the second outlet, depending on the direction of rotation of the distributor wheel.
Metal heat exchange pipe having integral ribs which are formed on the outer pipe side and which have a rib base, rib flanks and rib tips, wherein the rib base protrudes radially from the pipe wall and there is formed between the ribs a channel which has a channel base and in which there are arranged mutually spaced apart additional structures (7, 71, 72), - which subdivide the channel between the ribs into segments, - and which locally reduce the through-flowable cross-sectional surface-area in the channel between two ribs and thereby at least limit a fluid flow in the channel during operation, and - wherein first additional structures (7, 71) are radially outwardly directed projections which extend from the channel base and which are delimited in the radial direction in each case by means of a terminal face which is located between the channel base and the rib tip, whereby a radial extent of the projections is defined, characterised in that - at the location of the projections radially external cavities are arranged as second additional structures (7, 72) which are formed from the material of the rib flanks and the radially externally arranged terminal face of the projections, - in that the cavities are arranged in the radial direction in each case between a terminal face and the rib tip so that the cavities are formed by the radial extent of the protrusions above the channel base of the channel so as to be located laterally on the rib flank, and - in that the cavities are open in the axial direction. - which subdivide the channel between the ribs into segments, - and which locally reduce the through-flowable cross-sectional surface-area in the channel between two ribs and thereby at least limit a fluid flow in the channel during operation, and - wherein first additional structures (7, 71) are radially outwardly directed projections which extend from the channel base and which are delimited in the radial direction in each case by means of a terminal face which is located between the channel base and the rib tip, whereby a radial extent of the projections is defined, - at the location of the projections radially external cavities are arranged as second additional structures (7, 72) which are formed from the material of the rib flanks and the radially externally arranged terminal face of the projections, - in that the cavities are arranged in the radial direction in each case between a terminal face and the rib tip so that the cavities are formed by the radial extent of the protrusions above the channel base of the channel so as to be located laterally on the rib flank, and - in that the cavities are open in the axial direction.
A washing machine comprising: a cabinet (10, 00); a tub provided within the cabinet; a support member (50, 15) for supporting the tub; and a laundry weight sensing apparatus (60, 160, 260), the laundry weight sensing apparatus being configured to use load of the tub transmitted to the support member to sense the weight of laundry within the tub, the laundry weight sensing apparatus comprising: a deformation measurement unit, wherein the deformation measurement unit comprises: a deformation member (61, 161, 261) contacting at least one surface of the cabinet and the support member to measure a deformation degree of the support member, at least a part of the deformation member being deformed by deformation of the support member; and at least one strain gauge (63, 163, 263) combined with the deformation member. a cabinet (10, 00); a tub provided within the cabinet; a support member (50, 15) for supporting the tub; and a laundry weight sensing apparatus (60, 160, 260), the laundry weight sensing apparatus being configured to use load of the tub transmitted to the support member to sense the weight of laundry within the tub, the laundry weight sensing apparatus comprising: a deformation measurement unit, wherein the deformation measurement unit comprises: a deformation member (61, 161, 261) contacting at least one surface of the cabinet and the support member to measure a deformation degree of the support member, at least a part of the deformation member being deformed by deformation of the support member; and at least one strain gauge (63, 163, 263) combined with the deformation member. a deformation measurement unit, wherein the deformation measurement unit comprises: a deformation member (61, 161, 261) contacting at least one surface of the cabinet and the support member to measure a deformation degree of the support member, at least a part of the deformation member being deformed by deformation of the support member; and at least one strain gauge (63, 163, 263) combined with the deformation member. a deformation member (61, 161, 261) contacting at least one surface of the cabinet and the support member to measure a deformation degree of the support member, at least a part of the deformation member being deformed by deformation of the support member; and at least one strain gauge (63, 163, 263) combined with the deformation member.
A light emitting device, comprising: - a plurality of semiconductor stacked structures electrically connected to one another; - a wavelength converting layer for covering the plurality of semiconductor stacked structures; - an electrode (41, 42) electrically connected to at least one of the semiconductor stacked structures; - at least one additional electrode (43, 44) positioned on the electrode and passing through the wavelength converting layer to be exposed to the outside, - a spacer layer interposed between the wavelength converting layer and the at least one of the semiconductor stacked structures, - wherein the spacer layer comprises a distributed Bragg reflector, - wherein the spacer layer further comprises a stress relief layer interposed between the distributed Bragg reflector and the semiconductor stacked structure. - a plurality of semiconductor stacked structures electrically connected to one another; - a wavelength converting layer for covering the plurality of semiconductor stacked structures; - an electrode (41, 42) electrically connected to at least one of the semiconductor stacked structures; - at least one additional electrode (43, 44) positioned on the electrode and passing through the wavelength converting layer to be exposed to the outside, - a spacer layer interposed between the wavelength converting layer and the at least one of the semiconductor stacked structures, - wherein the spacer layer comprises a distributed Bragg reflector, - wherein the spacer layer further comprises a stress relief layer interposed between the distributed Bragg reflector and the semiconductor stacked structure.
Method for detecting a motor vehicle driving on a verge, at least one measured variable being recorded by means of at least one sensor unit (10, 10', 11, 16) of the motor vehicle, and by means of a computing unit of the motor vehicle: - a first control value relating to a wheel movement of a wheel of the motor vehicle being determined based on the at least one measured variable; - a second control value relating to a vehicle state variable dependent on a speed of the motor vehicle being determined based on the at least one measured variable; - a first confidence value for the verge being driven on being determined based on a comparison of the first control value with a first limit value; - a second confidence value for the verge being driven on being determined based on a comparison of the second control value with a second limit value; characterized in that - the first confidence value and the second confidence value are weighted, using different weighting factors, by means of the computing unit; and - a total confidence value for the verge being driven on is determined based on the weighted first and the weighted second confidence value. - a first control value relating to a wheel movement of a wheel of the motor vehicle being determined based on the at least one measured variable; - a second control value relating to a vehicle state variable dependent on a speed of the motor vehicle being determined based on the at least one measured variable; - a first confidence value for the verge being driven on being determined based on a comparison of the first control value with a first limit value; - a second confidence value for the verge being driven on being determined based on a comparison of the second control value with a second limit value; characterized in that - the first confidence value and the second confidence value are weighted, using different weighting factors, by means of the computing unit; and - a total confidence value for the verge being driven on is determined based on the weighted first and the weighted second confidence value.
Method for authenticating a user of a contactless chip card by means of a contactless card reader, characterized in that it comprises the steps of: (i) using said contactless card reader for acquiring a first image of at least a part of the user hand that holds said contactless chip card when it is presented to it, (ii) comparing said first image with a second image stored into said contactless chip card, said second image defining a reference image of at least said part of the user hand when it holds said contactless chip card, to determine if said first image is similar to said second image, and (iii) authenticating said user if said first image is effectively similar to said second image.
A driving support apparatus which supports driving of a vehicle, characterized by comprising: a support control device configured to calculate an estimated variation distance for stopping the vehicle at a second traffic signal located in a travel direction of the vehicle after a first traffic signal, based on a remaining distance from a stop position at which the vehicle must stop if the first traffic signal located in the travel direction of the vehicle indicates a stop, to a point of the first traffic signal, and configured to create a target travel state obtained by changing the time at which to begin stopping support at the second traffic signal based on the estimated variation distance; and a support device capable of outputting driving support information to support the driving of the vehicle based on a target travel state quantity calculated by the support control device. a support control device configured to calculate an estimated variation distance for stopping the vehicle at a second traffic signal located in a travel direction of the vehicle after a first traffic signal, based on a remaining distance from a stop position at which the vehicle must stop if the first traffic signal located in the travel direction of the vehicle indicates a stop, to a point of the first traffic signal, and configured to create a target travel state obtained by changing the time at which to begin stopping support at the second traffic signal based on the estimated variation distance; and calculate an estimated variation distance for stopping the vehicle at a second traffic signal located in a travel direction of the vehicle after a first traffic signal, based on a remaining distance from a stop position at which the vehicle must stop if the first traffic signal located in the travel direction of the vehicle indicates a stop, to a point of the first traffic signal, a support device capable of outputting driving support information to support the driving of the vehicle based on a target travel state quantity calculated by the support control device.
An indicator system for registering a frame having an electrically conductive surface on a pallet for use in a textile printing apparatus comprising: a pallet support formed from an electrically non-conductive material having a top surface and a lower surface; a first stop connected to one end of the pallet support, the first stop extending upward from the top surface of the pallet support and having an electrically conductive contacting surface for contacting a first electrically conductive surface portion of the frame; a second stop connected to a second end of the pallet support, the second stop extending upward from the top surface of the pallet support and having an electrically conductive contacting surface for contacting a second electrically conductive surface portion of the frame; an electrically conductive element on the pallet support connecting the first stop and second stop; and, a first indicator on the second stop which provides an indication when the electrically conductive contacting surface of the first stop is in direct contact with the first electrically conductive surface portion of the frame and the electrically conductive contacting surface of the second stop is in direct contact with the second electrically conductive surface portion of the frame to form a circuit including the electrically conductive surface of the first stop, the electrically conductive surface of the second stop, the first electrically conductive surface portion of the frame, the second electrically conductive surface portion of the frame and the electrically conductive element on the pallet support. a pallet support formed from an electrically non-conductive material having a top surface and a lower surface; a first stop connected to one end of the pallet support, the first stop extending upward from the top surface of the pallet support and having an electrically conductive contacting surface for contacting a first electrically conductive surface portion of the frame; a second stop connected to a second end of the pallet support, the second stop extending upward from the top surface of the pallet support and having an electrically conductive contacting surface for contacting a second electrically conductive surface portion of the frame; an electrically conductive element on the pallet support connecting the first stop and second stop; and, a first indicator on the second stop which provides an indication when the electrically conductive contacting surface of the first stop is in direct contact with the first electrically conductive surface portion of the frame and the electrically conductive contacting surface of the second stop is in direct contact with the second electrically conductive surface portion of the frame to form a circuit including the electrically conductive surface of the first stop, the electrically conductive surface of the second stop, the first electrically conductive surface portion of the frame, the second electrically conductive surface portion of the frame and the electrically conductive element on the pallet support.
An indicating means on which a liquid level, in particular an oil level, can be visually read off, the indicating means comprising: a) a base body which forms at least a first seat which extends at least partially over the circumference of the base body; and b) a recess which extends at least partially over the circumference of the base body; characterised by c) a covering ring or covering ring segment which is transparent at least in sections and which covers the first seat, and the inner surface of which covers or delineates the recess, wherein the space enclosed by the recess and the covering ring or covering ring segment serves to accommodate the liquid, the level of which is to be read off. a) a base body which forms at least a first seat which extends at least partially over the circumference of the base body; and b) a recess which extends at least partially over the circumference of the base body; characterised by c) a covering ring or covering ring segment which is transparent at least in sections and which covers the first seat, and the inner surface of which covers or delineates the recess, wherein the space enclosed by the recess and the covering ring or covering ring segment serves to accommodate the liquid, the level of which is to be read off.
A fan blade for a turbomachine comprising a structure made of composite material comprising a fibrous reinforcement obtained by three-dimensional weaving of strands and a matrix in which the fibrous reinforcement is embedded, the fibrous reinforcement comprising a first portion and a second portion which are distinct from one another, the strands of the fibrous reinforcement comprising first strands made of a first material having a first stiffness and the second strands made of a second material different from the first material and having a second stiffness less than the first stiffness, the first portion comprising only first strands, the second portion comprising only second strands, the vane being characterised in that the fibrous reinforcement further comprises a third portion positioned between the first portion and the second portion, the third portion comprising both first strands, second strands and third strands, the third strands having a third stiffness less than the first stiffness and greater than the second stiffness, and in that, within the third portion, a volume density of the first strands decreases progressively from the first portion towards the second portion, a volume density of the second strands decreases progressively from the second portion towards the first portion. the vane being characterised in that the fibrous reinforcement further comprises a third portion positioned between the first portion and the second portion, the third portion comprising both first strands, second strands and third strands, the third strands having a third stiffness less than the first stiffness and greater than the second stiffness, and in that, within the third portion, a volume density of the first strands decreases progressively from the first portion towards the second portion, a volume density of the second strands decreases progressively from the second portion towards the first portion.
A water lubricated line shaft bearing assembly for a geothermal production pump, comprising an outer annular steel shell and an inner layer made of low friction material attached to said outer shell, said inner layer having a non-uniform thickness which is formed with wall portions (12A-D) of increased thickness defining a plurality of shaft engaging portions (16A-D) and with wall portions (19A-D) of reduced thickness defining a plurality of lubricant passages (18A-D), wherein said shaft engaging portions (16A-D) are capable of being journalled on a line shaft adapted to drive a downhole geothermal production pump and said steel shell is engageable with a wall of a lubrication tube vertically extending through a water column through which pumped geothermal fluid is delivered, lubrication water bled from said pumped geothermal fluid flowing through said lubricant passages (18A-D).