mhurhangee/ep-ind-claims huggingface dataset:
A device for spatial orientation for a moving object, in particular a vehicle, in particular an industrial truck, in particular a forklift, comprising - at least one first RFID transponder with a first transponder frequency, - at least one second RFID transponder with a second transponder frequency with which the first RFID transponder is associated, - at least one first detection means for detecting the first RFID transponder with the first transponder frequency, - at least one second detection means for detecting the second RFID transponder with the second transponder frequency with which the first detection means is associated, wherein a detection of the first RFID transponder and/or of the second RFID transponder by the first detection means and/or the second detection means is designed to be substantially spatially and/or temporally correlated with one another as a secure means of orientation for the moving object, in particular vehicle, in particular industrial truck, in particular forklift, characterized in that there is a frequency difference between the second transponder frequency of the second RFID transponder and the first transponder frequency of the first RFID transponder. - at least one first RFID transponder with a first transponder frequency, - at least one second RFID transponder with a second transponder frequency with which the first RFID transponder is associated, - at least one first detection means for detecting the first RFID transponder with the first transponder frequency, - at least one second detection means for detecting the second RFID transponder with the second transponder frequency with which the first detection means is associated, wherein a detection of the first RFID transponder and/or of the second RFID transponder by the first detection means and/or the second detection means is designed to be substantially spatially and/or temporally correlated with one another as a secure means of orientation for the moving object, in particular vehicle, in particular industrial truck, in particular forklift, characterized in that there is a frequency difference between the second transponder frequency of the second RFID transponder and the first transponder frequency of the first RFID transponder.
An electrode for a medical device comprising a monolithic substrate having at least one surface comprising a continuous pattern, wherein the continuous pattern is formed by at least one set of hollow lines, wherein the hollow lines of the at least one set of hollow lines have a line depth in the range of from 2 to 200 μm, and wherein the at least one set of hollow lines forms the boundaries of repeating elements. wherein the continuous pattern is formed by at least one set of hollow lines, wherein the hollow lines of the at least one set of hollow lines have a line depth in the range of from 2 to 200 μm, and wherein the at least one set of hollow lines forms the boundaries of repeating elements.
Liquid cleaning agent concentrate for machine cleaning and/or disinfection of medical and/or surgical instruments and/or apparatus, comprising: a. at least one fatty alcohol alkoxylate, b. at least one amino acid-based surfactant, c. at least one hydrotrope, and d. at least one enzyme, preferably proteolytic enzyme, wherein the pH of the liquid cleaning agent concentrate is 9 or >9. a. at least one fatty alcohol alkoxylate, b. at least one amino acid-based surfactant, c. at least one hydrotrope, and d. at least one enzyme, preferably proteolytic enzyme,
A rubber composition for footwear, the rubber composition comprising: from about 3 phr to 90 phr of a natural rubber component; from about 10 phr to about 90 phr of a bromobutyl rubber; from about 2 phr to about 6 phr of a polyterpene resin; from about 0.1 phr to about 5 phr of a sulfur curing component; from about 10 phr to about 60 phr of a silica; and from about 1 phr to about 10 phr of a plasticizing agent; wherein the rubber composition has a wet coefficient of friction of from about 0.4 to about 0.65 when tested in accordance with SATRA TM144, wherein the rubber composition has a dry coefficient of friction of from about 0.76 to about 0.90 when tested in accordance with SATRA TM144, wherein the rubber composition has a DIN abrasion of greater than 140 when tested in accordance with DIN 53616, and wherein the rubber composition has a Die C Tear strength greater than the Die C Tear strength of a substantially similar composition in the absence of the polyterpene resin when tested in accordance with ASTM D624. from about 3 phr to 90 phr of a natural rubber component; from about 10 phr to about 90 phr of a bromobutyl rubber; from about 2 phr to about 6 phr of a polyterpene resin; from about 0.1 phr to about 5 phr of a sulfur curing component; from about 10 phr to about 60 phr of a silica; and from about 1 phr to about 10 phr of a plasticizing agent; wherein the rubber composition has a wet coefficient of friction of from about 0.4 to about 0.65 when tested in accordance with SATRA TM144, wherein the rubber composition has a dry coefficient of friction of from about 0.76 to about 0.90 when tested in accordance with SATRA TM144, wherein the rubber composition has a DIN abrasion of greater than 140 when tested in accordance with DIN 53616, and wherein the rubber composition has a Die C Tear strength greater than the Die C Tear strength of a substantially similar composition in the absence of the polyterpene resin when tested in accordance with ASTM D624.
A vehicle lamp comprising: light output units configured to perform light output separately from each other for each of left front, left rear, right front and right rear corner parts of a vehicle body at least at both side positions of the corner part, wherein the vehicle lamp is configured to perform light output for each of the right front and right rear corner parts from the light output units of both sides of each corner part, as a right turn signal, and wherein the vehicle lamp is configured to perform light output for each of the left front and left rear corner parts from the light output units of both sides of each corner part, as a left turn signal, characterised in that a front window, a right side window, a left side window, and a rear window of the vehicle are respectively configured as the light output units. light output units configured to perform light output separately from each other for each of left front, left rear, right front and right rear corner parts of a vehicle body at least at both side positions of the corner part, wherein the vehicle lamp is configured to perform light output for each of the right front and right rear corner parts from the light output units of both sides of each corner part, as a right turn signal, and wherein the vehicle lamp is configured to perform light output for each of the left front and left rear corner parts from the light output units of both sides of each corner part, as a left turn signal, characterised in that a front window, a right side window, a left side window, and a rear window of the vehicle are respectively configured as the light output units.
A consumption meter for measuring consumption data of a supplied utility, the consumption meter comprising: - a housing with an opening, where the housing forms a closed compartment when the opening of the housing is closed with a cover; - a communication module provided in the closed compartment; - a front plate provided in the closed compartment and arranged adjacent to the cover, wherein the front plate has volume defined between a first front plate surface facing the cover, a second front plate surface facing opposite and a connecting surface between the first and second front plate surfaces (142, 144) connecting the first and second front plate surfaces (142, 144); and - an antenna comprising an antenna body with an antenna conductive element, which is connected to the communication module; characterized in that - the front plate having an indentation arranged at the connection surface indenting into the volume between the first and the second front plate surfaces (142, 144); - the indentation of the front plate having an angular extension along the connecting surface in the range between 30 and 360 degrees; - the indentation being adapted to provide mechanical support for the antenna body and - the antenna body being recessed into the indentation. - a housing with an opening, where the housing forms a closed compartment when the opening of the housing is closed with a cover; - a communication module provided in the closed compartment; - a front plate provided in the closed compartment and arranged adjacent to the cover, wherein the front plate has volume defined between a first front plate surface facing the cover, a second front plate surface facing opposite and a connecting surface between the first and second front plate surfaces (142, 144) connecting the first and second front plate surfaces (142, 144); and - an antenna comprising an antenna body with an antenna conductive element, which is connected to the communication module; - the front plate having an indentation arranged at the connection surface indenting into the volume between the first and the second front plate surfaces (142, 144); - the indentation of the front plate having an angular extension along the connecting surface in the range between 30 and 360 degrees; - the indentation being adapted to provide mechanical support for the antenna body and - the antenna body being recessed into the indentation.
A method, comprising: receiving, by a service processing control device, a service packet; acquiring, by the service processing control device, a service identity from the service packet, wherein the service identity is used to identify a service to be processed; obtaining, by the service processing control device, a service feature string corresponding to the service identified by the service identity, wherein the service feature string comprises one or more service features in the service and a processing sequence of the service features; obtaining, by the service processing control device, a service label used to represent a service feature of the service feature string; obtaining, by the service processing control device, a routing path corresponding to the service feature string; and generating, by the service processing control device, a service routing entry based on the service identity, the service label and the routing path, wherein the service routing entry comprises the service identity, the service label and the routing path; obtaining, by the service processing control device, the service label and the routing path based on the service identity comprised in the service packet and the service routing entry; and setting, by the service processing control device, the service label in the service packet and sending the service packet to a service processing device based on the routing path. receiving, by a service processing control device, a service packet; acquiring, by the service processing control device, a service identity from the service packet, wherein the service identity is used to identify a service to be processed; obtaining, by the service processing control device, a service feature string corresponding to the service identified by the service identity, wherein the service feature string comprises one or more service features in the service and a processing sequence of the service features; obtaining, by the service processing control device, a service label used to represent a service feature of the service feature string; obtaining, by the service processing control device, a routing path corresponding to the service feature string; and generating, by the service processing control device, a service routing entry based on the service identity, the service label and the routing path, wherein the service routing entry comprises the service identity, the service label and the routing path; obtaining, by the service processing control device, the service label and the routing path based on the service identity comprised in the service packet and the service routing entry; and setting, by the service processing control device, the service label in the service packet and sending the service packet to a service processing device based on the routing path.
Use of a coating for coating an ice-cream wafer comprising based on weight% - fat in an amount of between 35 - 65%; - an emulsifier and/or an additive, wherein a total amount of the emulsifier and/or the additive is between 0.1 - 5%, and wherein the emulsifier and/or the additive has a melting point greater than 40 °C, and wherein the emulsifier is at least one of: - monoglycerides derived from plant and animal sources, - monoglycerides derivatives selected from diacetyl tartaric esters of monoglycerides (DATEM), acetic acid esters of monoglycerides (ACETEM), succinic acid esters of monoglycerides, lactic acid esters of monoglycerides (LACTEM), citric acid esters of monoglycerides (CITREM), ethoxylated mono and diglycerides, - polyglycerol esters selected from hexaglyceryl distearate, hexaglyceride monostearate and triglyceryl monostearate, - sorbitan esters, sugar esters, or combinations thereof, and wherein the additive is at least one of ethyl cellulose, waxes such as bees wax, carnauba wax, and a plant derived wax such as candedilla wax, berry wax and sunflower wax, or combinations thereof, and wherein a particle size of the ice-cream wafer coating is between 30 - 45 μm and a yield value of the ice-cream wafer coating is less than 1.2 N.m -2, the yield value being measured using a Brookfield Viscometer (DV-I, DV-II, DV-II+, and DV-III Brookfield Viscometer) with the Casson calculation mode used according to the manufacturer's instructions. - fat in an amount of between 35 - 65%; - an emulsifier and/or an additive, wherein a total amount of the emulsifier and/or the additive is between 0.1 - 5%, and wherein the emulsifier and/or the additive has a melting point greater than 40 °C, and wherein the emulsifier is at least one of: - monoglycerides derived from plant and animal sources, - monoglycerides derivatives selected from diacetyl tartaric esters of monoglycerides (DATEM), acetic acid esters of monoglycerides (ACETEM), succinic acid esters of monoglycerides, lactic acid esters of monoglycerides (LACTEM), citric acid esters of monoglycerides (CITREM), ethoxylated mono and diglycerides, - polyglycerol esters selected from hexaglyceryl distearate, hexaglyceride monostearate and triglyceryl monostearate, - sorbitan esters, sugar esters, or combinations thereof, and - monoglycerides derived from plant and animal sources, - monoglycerides derivatives selected from diacetyl tartaric esters of monoglycerides (DATEM), acetic acid esters of monoglycerides (ACETEM), succinic acid esters of monoglycerides, lactic acid esters of monoglycerides (LACTEM), citric acid esters of monoglycerides (CITREM), ethoxylated mono and diglycerides, - polyglycerol esters selected from hexaglyceryl distearate, hexaglyceride monostearate and triglyceryl monostearate, - sorbitan esters, sugar esters, or combinations thereof, and
Tire warmer for warming tires or wheels (5 - 8) which have a rim and a tire, comprising a frame and a cover hood which is or can be arranged on the frame and surrounds a heating space in which at least one wheel (5 - 8) can be arranged, and an electric heating device and an air distributor, characterized in that the cover hood is made of a flexible material.
An image reproducing apparatus, comprising: an image storage device that stores image data; a reference date setting device that sets past reference dates over predetermined cycles in reference to a current date designated as a start point; an image selection device that selects from the image data stored in the image storage device a plurality of sets of image data having been captured or read on dates matching the past reference dates and in a period of a few days preceding and succeeding the past reference dates; a display priority level setting device that sets display priority levels for the plurality of sets of image data selected by the image selection device, based upon the current date and the past reference dates; and a slideshow display control device that controls a display device based on the display priority levels set by the display priority level setting device such that the plurality of sets of image data are brought up in a slideshow display in an order with which an image with a higher display priority is displayed earlier, wherein: the image reproducing apparatus is configured to automatically set display priority levels according to a priority level setting criterion, and the display priority level setting device sets a lower display priority for image data having been captured or read on a date set apart from a past reference date by a greater extent among images captured or read during the period. an image storage device that stores image data; a reference date setting device that sets past reference dates over predetermined cycles in reference to a current date designated as a start point; an image selection device that selects from the image data stored in the image storage device a plurality of sets of image data having been captured or read on dates matching the past reference dates and in a period of a few days preceding and succeeding the past reference dates; a display priority level setting device that sets display priority levels for the plurality of sets of image data selected by the image selection device, based upon the current date and the past reference dates; and a slideshow display control device that controls a display device based on the display priority levels set by the display priority level setting device such that the plurality of sets of image data are brought up in a slideshow display in an order with which an image with a higher display priority is displayed earlier, the image reproducing apparatus is configured to automatically set display priority levels according to a priority level setting criterion, and the display priority level setting device sets a lower display priority for image data having been captured or read on a date set apart from a past reference date by a greater extent among images captured or read during the period.
A resource scheduling method for a vehicle infrastructure cooperative communication system, comprising the steps of: receiving node position information from nodes of the vehicle infrastructure cooperative communication system; calculating a distance between any two nodes among the nodes of the vehicle infrastructure cooperative communication system in accordance with the node position information, and determining a movement trend between the nodes, the movement trend indicating that the distance decreases, remains unchanged or increases; in the case that the movement trend indicates that the distance decreases or increases, determining whether or not spatial-multiplexed time-frequency resources are to be used for the nodes in accordance with the distance between the nodes and the movement trend, so as to acquire a determination result, and in the case that the movement trend indicates that the distance remains unchanged, maintaining the time-frequency resources currently allocated for a first node and a second node; and allocating available time-frequency resources for the nodes in accordance with the determination result. receiving node position information from nodes of the vehicle infrastructure cooperative communication system; calculating a distance between any two nodes among the nodes of the vehicle infrastructure cooperative communication system in accordance with the node position information, and determining a movement trend between the nodes, the movement trend indicating that the distance decreases, remains unchanged or increases; in the case that the movement trend indicates that the distance decreases or increases, determining whether or not spatial-multiplexed time-frequency resources are to be used for the nodes in accordance with the distance between the nodes and the movement trend, so as to acquire a determination result, and in the case that the movement trend indicates that the distance remains unchanged, maintaining the time-frequency resources currently allocated for a first node and a second node; and allocating available time-frequency resources for the nodes in accordance with the determination result.
Signal analyzer, particularly for nuclear magnetic flowmeters, for placement in a power signal path between a signal generator for generating an electric excitation signal and an electrical load having, when the signal analyzer is placed in the power signal path, a power signal line in the power signal path for the transmission of electrical signals, having an extraction circuit for extracting a first signal characterizing the excitation signal incident into the load and for extracting a second signal characterizing the part of the excitation signal reflected at the load and having a detector for determining the ratio of the magnitude of the first signal to the magnitude of the second signal and for determining the phase difference between the first signal and the second signal, characterized in that the extraction circuit has a first transformer and a second transformer, that the first transformer has a primary side with an input and an output and has a secondary side with an input and an output and the second transformer has a primary side with an input and an output and has a secondary side with an input and an output, that the voltage on the primary-side input (13, 19) with respect to the primary-side output (14, 20) of each transformer (10, 11) is in phase with the voltage at its secondary-side input (16, 22) with respect to its secondary-side output (17, 23), that the primary-side input of the first transformer is connected to the power signal line and the primary-side output of the first transformer is connected to a reference potential, the primary-side input and the primary-side output of the second transformer are connected to the power signal line and the current flowing through the power signal line flows through the primary side of the second transformer, that the secondary-side input of the second transformer is connected to the reference potential and the secondary-side output of the second transformer is connected to the secondary-side input of the first transformer and that the first signal is output at the secondary-side output of the first transformer and the second signal is output at the connection of the secondary-side input of the first transformer and the secondary-side output of the second transformer.
A sealed monolithic photo-electrochemical system comprising an electrically insulating substrate and an array of porous structures (111 - 112n) arranged on the substrate, where each porous structure comprises a working electrode, an insulating layer and a counter electrode, an electrolyte at least partially filled in said porous structures (111 - 112n) for forming a plurality of electrochemical cells and an encapsulation covering said array of porous structures, the system furthermore comprises an electrically conducting pattern formed on the substrate including carrier areas arranged to support said working electrodes, contact portions connected to said counter electrodes, a first set of contact paths connecting said carrier areas with a first terminal, and a second set of contact paths connecting said contact portions with a second terminal, wherein said first and second sets of contact paths (5, 7) are connecting said plurality of electrochemical cells in parallel, characterised in that said carrier areas and contact portions are formed of an intermediate layer of an electrically conducting material located on said substrate.