mhurhangee/ep-ind-claims huggingface dataset:
A geomagnetic sensor comprising: a core that constitutes a closed magnetic circuit; and a pair of coils (21, 22) that are wound around the core in positions facing each other and are connected in series to generate magnetic flux in a same circumferential direction in the core, characterized by comprising an excitation power supply configured such that it applies an AC current with a superimposed DC current to the pair of coils (21, 22) in a manner such that the core is not magnetically saturated; and a detection circuit (40, 40') that is connected to a connection point of the pair of coils (21, 22). a core that constitutes a closed magnetic circuit; and a pair of coils (21, 22) that are wound around the core in positions facing each other and are connected in series to generate magnetic flux in a same circumferential direction in the core, characterized by comprising an excitation power supply configured such that it applies an AC current with a superimposed DC current to the pair of coils (21, 22) in a manner such that the core is not magnetically saturated; and a detection circuit (40, 40') that is connected to a connection point of the pair of coils (21, 22).
A surface light source with a lighting surface, comprising: - at least one semiconductor body which emits electromagnetic radiation from its front side during operation, and - output coupling structures which are suitable for producing a local variation of the light density on the lighting surface 6, so that the light density 6 is increased in at least one illumination region with respect to a background region characterized in that - the radiation-emitting front side of the semiconductor body is arranged parallel to the lighting surface of the surface light source, and - the semiconductor body is embedded in a light guide and the output coupling structures are arranged on the side of the light guide facing the lighting surface in the region of the radiation-emitting front side of the semiconductor body. - at least one semiconductor body which emits electromagnetic radiation from its front side during operation, and - output coupling structures which are suitable for producing a local variation of the light density on the lighting surface 6, so that the light density 6 is increased in at least one illumination region with respect to a background region - the radiation-emitting front side of the semiconductor body is arranged parallel to the lighting surface of the surface light source, and - the semiconductor body is embedded in a light guide and the output coupling structures are arranged on the side of the light guide facing the lighting surface in the region of the radiation-emitting front side of the semiconductor body.
Image recording device for optical inspection of rod-shaped articles (52-52''') from the tobacco processing industry, comprising a camera (50, 51), wherein the camera (50, 51) is configured to record at least two images respectively of at least one rod-shaped article (52-52''') or respectively at least one image of respectively at least two rod-shaped articles (52-52''') simultaneously, wherein for each image, respectively one ray path from each rod-shaped article (52-52''') to the camera (50, 51) via at least one first reflective optical device (55-55''', 72) is provided, characterised in that each ray path has a path length wherein the path length of at least one first ray path (61, 63) can be adapted by means of a path length adapting device (56, 56', 70, 70') to the path length of a second ray path (62, 64).
A method of positioning piles relative to one another on a substrate into which the piles are to be driven, the method comprising the steps of: providing a template; characterised by releasably attaching a pile guide to a first location on the template; driving a first pile into the substrate using the pile guide when attached to the first location; moving the pile guide and attaching it to a second location on the template, spaced from the first location; and driving a second pile into the substrate using the pile guide when attached to the second location.
A damping force control apparatus, applied to a plurality of suspension apparatuses, each having a spring and a damper and interposed between a sprung member and an unsprung member to support the sprung member, for controlling a damping force characteristic of the damper comprising: damping force characteristic changing means changing said damping force characteristic of each of the dampers; sprung-member-unsprung-member-relative-speed obtaining means obtaining sprung-member-unsprung-member-relative-speeds, each representing a vibration speed of each of said suspension apparatuses in a vertical direction; sum of sprung member speeds obtaining means obtaining a sum of sprung member speeds which is a summation of each speed of said sprung member in the vertical direction at a position at which said sprung member is supported by each of said plurality of suspension apparatuses; positive-negative determining means determining whether a product of said sum of sprung member speeds and each of said sprung-member-unsprung-member-relative-speeds is positive or negative; damping force characteristic control means controlling an operation of said damping force characteristic changing means in such a manner that said damping force characteristic of each of said dampers is changed according to a vibration state of said sprung member when it is determined that each of said products is positive by said positive-negative determining means; and operation prohibiting means prohibiting an operation of said damping force characteristic changing means when it is determined that each of said products is negative by said positive-negative determining means. damping force characteristic changing means changing said damping force characteristic of each of the dampers; sprung-member-unsprung-member-relative-speed obtaining means obtaining sprung-member-unsprung-member-relative-speeds, each representing a vibration speed of each of said suspension apparatuses in a vertical direction; sum of sprung member speeds obtaining means obtaining a sum of sprung member speeds which is a summation of each speed of said sprung member in the vertical direction at a position at which said sprung member is supported by each of said plurality of suspension apparatuses; positive-negative determining means determining whether a product of said sum of sprung member speeds and each of said sprung-member-unsprung-member-relative-speeds is positive or negative; damping force characteristic control means controlling an operation of said damping force characteristic changing means in such a manner that said damping force characteristic of each of said dampers is changed according to a vibration state of said sprung member when it is determined that each of said products is positive by said positive-negative determining means; and operation prohibiting means prohibiting an operation of said damping force characteristic changing means when it is determined that each of said products is negative by said positive-negative determining means.
A display apparatus configured to recognize a location and to communicate with an external device having a tag reader, the display apparatus comprising: a display unit comprising a touch screen panel; a plurality of tags disposed on the display unit, each of the tags having a different identification; a location information storage unit in which location information of each of the tags is stored; and a control unit configured to determine a location of the external device by comparing an ID with the location information stored in the location information storage unit, if a tag ID recognized by the external device is received from the external device and the touch screen panel senses at least one input. a display unit comprising a touch screen panel; a plurality of tags disposed on the display unit, each of the tags having a different identification; a location information storage unit in which location information of each of the tags is stored; and a control unit configured to determine a location of the external device by comparing an ID with the location information stored in the location information storage unit, if a tag ID recognized by the external device is received from the external device and the touch screen panel senses at least one input.
Angular sensor, comprising a number of transmitting antennae, a plurality of receiving antennae, an evaluation device, a reflector element, - wherein the angular sensor has a base body and a rotating element, - wherein the rotating element is mounted in the base body such that the rotating element can be rotated about an axis of rotation, - wherein the number of transmitting antennae that each emit a first transmission signal is arranged on the base body, - wherein the plurality of receiving antennae is arranged on the base body that each receive a first receiving signal and each supply their first receiving signal to the evaluation device, and - wherein the evaluation device determines the position of rotation ( α) of the rotating element by evaluating only the first receiving signals supplied thereto or by evaluating the first receiving signals supplied thereto and first base signals determined on the basis of the first transmission signals, wherein - the reflector element that extends only over part of the periphery, as observed tangentially in relation to the axis of rotation, and which reflects each respective first transmission signal emitted by each respective transmitting antenna is arranged on the rotating element at a radial reflector distance from the axis of rotation, and - the receiving antennae are configured so as to receive the signal reflected by the reflector element as a respective first receiving signal. - wherein the angular sensor has a base body and a rotating element, - wherein the rotating element is mounted in the base body such that the rotating element can be rotated about an axis of rotation, - wherein the number of transmitting antennae that each emit a first transmission signal is arranged on the base body, - wherein the plurality of receiving antennae is arranged on the base body that each receive a first receiving signal and each supply their first receiving signal to the evaluation device, and - wherein the evaluation device determines the position of rotation ( α) of the rotating element by evaluating only the first receiving signals supplied thereto or by evaluating the first receiving signals supplied thereto and first base signals determined on the basis of the first transmission signals, wherein - the reflector element that extends only over part of the periphery, as observed tangentially in relation to the axis of rotation, and which reflects each respective first transmission signal emitted by each respective transmitting antenna is arranged on the rotating element at a radial reflector distance from the axis of rotation, and - the receiving antennae are configured so as to receive the signal reflected by the reflector element as a respective first receiving signal.
A traction member for a counterweight-less elevator, comprising a plurality of tensile ropes (204,...204 n) encapsulated in a case, characterized in that: - said case of the traction member has a substantially flat, non-working surface, and an opposite working surface, for contact with a sheave of the drive assembly of an elevator, said working surface being concave, and - the tensile ropes of said plurality of tensile ropes lie in a plane (g-g) which is parallel to said non-working surface. - said case of the traction member has a substantially flat, non-working surface, and an opposite working surface, for contact with a sheave of the drive assembly of an elevator, said working surface being concave, and - the tensile ropes of said plurality of tensile ropes lie in a plane (g-g) which is parallel to said non-working surface.
Device for producing a strip-shaped composite sheet (2, 32, 45) which comprises at least two outer metal cover sheets and at least one plastics layer arranged between the cover sheets, comprising at least one first laminating device (12, 25, 42) for laminating the metal cover sheets with at least one plastics film arranged between the metal cover sheets, said laminating device comprising at least two laminating rolls (12a,12b, 25, 42) forming a first laminating gap, wherein, in the process direction downstream of the first laminating gap, a first heating up zone (13, 26, 40) is provided with heating means for reheating the composite sheet (2, 32, 45) after the first laminating step in the first laminating gap to a laminating temperature, and a second laminating device (14, 27, 43) is arranged in the process direction downstream of the first heating up zone (13, 26, 40), said laminating device comprising a second laminating gap formed by at least two laminating rolls (14a, 14b, 27, 40), and a cooling zone (16, 30, 44) is arranged downstream of the second laminating gap.
A method of managing an operation associated with an object on a target IoT enabled device in an IoT environment, the method comprising: receiving the object intended for the target IoT device from a remote system; determining a criticality index associated with the object based on a set of pre-determined parameters associated with the object; characterized by determining a probability of occurrence of an incoming event at the target IoT device if the criticality index is greater than or equal to a pre-determined threshold, wherein the probability of occurrence of the incoming event is determined based on occurrence of an event in one or more peer IoT devices (104B-N) and the event history of the target IoT device; determining a suitable time period for initiating the operation associated with the object by the target IoT device based on the probability of occurrence of the incoming event; and initiating operation associated with the object by the target IoT device at the suitable time period. receiving the object intended for the target IoT device from a remote system; determining a criticality index associated with the object based on a set of pre-determined parameters associated with the object; characterized by determining a probability of occurrence of an incoming event at the target IoT device if the criticality index is greater than or equal to a pre-determined threshold, wherein the probability of occurrence of the incoming event is determined based on occurrence of an event in one or more peer IoT devices (104B-N) and the event history of the target IoT device; determining a suitable time period for initiating the operation associated with the object by the target IoT device based on the probability of occurrence of the incoming event; and initiating operation associated with the object by the target IoT device at the suitable time period.
A particle generating apparatus, comprising: a container in which a coating solution is stored; and a heating means immersed in the coating solution of the container that is configured to locally heat the coating solution so as to generate a particle to be deposited on an object to be coated, wherein the heating means includes: a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe, and receiving electricity from an external source and generating heat. a container in which a coating solution is stored; and a heating means immersed in the coating solution of the container that is configured to locally heat the coating solution so as to generate a particle to be deposited on an object to be coated, wherein the heating means includes: a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe, and receiving electricity from an external source and generating heat. a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe, and receiving electricity from an external source and generating heat.
An automatic transmission control device, provided with an automatic transmission having an engagement clutch and a shift controller wherein the engagement clutch is disposed in a vehicle drive system and operative in meshing engagement as a coupling element, wherein the shift controller is configured to execute a shift control of the automatic transmission, wherein the engagement clutch is provided with a first engagement member (8a, 8d) and a second engagement member, wherein the first engagement member (8a, 8d) is connected to a transmission input shaft and the second engagement member is connected to a transmission output shaft and capable of meshing with the first engagement member (8a, 8d), wherein the shift controller is configured to set a target differential rotation speed when engaging the engagement clutch for shifting such that when the first engagement member (8a, 8d) and the second engagement member mesh each other a predetermined differential rotation is imparted between an input rotation speed representative of the rotation speed of the first engagement member (8a, 8d) and an output rotation speed representative of the rotation speed of the second engagement member, and wherein the magnitude of the target differential rotation speed is set according to the magnitude of the acceleration of the vehicle such that, as the magnitude of the acceleration of the vehicle increases, the target differential rotation speed is set larger.
Method for data transmission between two subscribers (100, 200) based on the Ethernet standard, wherein a first Ethernet signal, which a converter receives over a first physical channel from a first subscriber, is converted by the converter into a second Ethernet signal, which is transmitted by the converter over a second physical channel to a second subscriber, wherein, for the provision of an additional information channel, additional data symbols are transmitted over the second physical channel to the second subscriber, wherein, during the conversion of the first Ethernet signal into the second Ethernet signal, the additional data symbols are inserted into the telegrams or attached to these telegrams, characterised in that the converter continuously checks whether a pause between two successive Ethernet telegrams exceeds an admissible maximum duration, in cases in which a pause exceeds the admissible maximum duration, microframes are transmitted by the converter on the second physical channel, wherein additional data symbols of the additional information channel are contained in the microframes or attached to the microframes, and the converter checks, prior to transmitting a microframe, whether there is sufficient time remaining until the next telegram of the first Ethernet signal, and a microframe with additional data symbols of the additional information channel is only transmitted if there is sufficient time remaining until the next telegram of the first Ethernet signal.
A hair treatment composition in the form of a shampoo composition comprising: - 2 to 10 wt.% taurine; - 1 to 10 wt.% citric acid and/or a salt thereof; - 1 to 35 wt.% of at least one non-taurate anionic surfactant; - 0.01 to 15 wt.% of one or more cationic polymers; and - water. - 2 to 10 wt.% taurine; - 1 to 10 wt.% citric acid and/or a salt thereof; - 1 to 35 wt.% of at least one non-taurate anionic surfactant; - 0.01 to 15 wt.% of one or more cationic polymers; and - water.
Tooling for injection-molding a part, the tooling comprising two cavity blocks (4, 22) each having a cavity formed therein of a shape corresponding to the shape of the part that is to be molded once the cavity blocks have been superposed, at least one of the cavity blocks being fitted with means for positioning a core, which means comprise at least one bearing surface (8, 9) for bearing against the core and at least one presser screw (13, 14) screwed into a threaded passage of the cavity block for the purpose of holding the core in position against the bearing surface (8, 9), the tooling being characterized in that it includes force-limiter means for limiting the force applied to the core by the presser screw (13, 14), the force-limiter means being torque-limiter means arranged between a tightening head and a threaded portion of the presser screw (13, 14) and designed to transmit clamping torque from the head to the threaded portion so long as said torque is less than a determined value, and to decouple the head from the threaded portion when said torque is greater than the determined value.
A method for authenticating a user at an entity, comprising the steps of - detecting, by means of a contact module of the entity, a contacting of the user made in a browser of a terminal, and - sending, by means of the contact module, a network address of an authentication module of the entity to a mobile device of the user in an authentication message, characterised by - using a message queue type message as the authentication message, said message is sent via a message queue module corresponding to the entity, and a return receipt signed by a key of the user is sent from the mobile device to the contact module after the message queue type message is received by the mobile device being connected to the message queue module, - verifying acceptability of an entity certificate of the authentication module by means of the mobile device based on the network address, and verifying acceptability of a user certificate of the mobile device by means of the authentication module, and - in case the entity certificate and the user certificate are acceptable, authenticating the user at the entity by establishing a communication channel (114, 120, 122, 124) between the mobile device and the authentication module, whereas in case the entity certificate or the user certificate is not acceptable, rejecting the user at the entity. - detecting, by means of a contact module of the entity, a contacting of the user made in a browser of a terminal, and - sending, by means of the contact module, a network address of an authentication module of the entity to a mobile device of the user in an authentication message, - using a message queue type message as the authentication message, said message is sent via a message queue module corresponding to the entity, and a return receipt signed by a key of the user is sent from the mobile device to the contact module after the message queue type message is received by the mobile device being connected to the message queue module, - verifying acceptability of an entity certificate of the authentication module by means of the mobile device based on the network address, and verifying acceptability of a user certificate of the mobile device by means of the authentication module, and - in case the entity certificate and the user certificate are acceptable, authenticating the user at the entity by establishing a communication channel (114, 120, 122, 124) between the mobile device and the authentication module, whereas in case the entity certificate or the user certificate is not acceptable, rejecting the user at the entity.