mhurhangee/ep-ind-claims huggingface dataset:
A method for joining at least two workpieces (joint parts) by bonding by means of a reactive hot-melt adhesive, wherein, before application of the adhesive, at least one of the workpieces is treated and/or charged with a catalyst affecting the setting behaviour and/or the crosslinking of the adhesive and the adhesive is subsequently applied to at least one of the workpieces and the workpieces are subsequently bonded together, wherein the catalyst used is a photolatent catalyst, wherein the catalyst is formed to be UV-activatable and wherein the photolatent catalyst is selected from titanium-, tin-, bismuth-, mercury- and/or zinc-based metalorganic compounds, quaternary ammonium compounds and aromatic isocyanates and their mixtures, wherein at least one of the workpieces is treated with at least one adhesion promoter (primer), wherein the workpiece is treated with the adhesion promoter simultaneously or prior to treatment with the catalyst, wherein the catalyst is admixed to the adhesion promoter and/or wherein the catalyst is applied to the adhesion promoter layer, and wherein the adhesion promoter is formed on the basis of an aqueous and/or solvent-containing dispersion of a non-reactive adhesive.
A method for estimating a volume of thawed liquid contained in a motor vehicle tank, said tank comprising at least one heating element arranged inside the tank, wherein, after having started the vehicle and when the at least one heating means is activated, the following operations are executed at regular time intervals (ΔT i): - Step A: using a thermometer arranged outside the tank, a temperature (θ exti) of the ambient air outside the tank is obtained, - Step B: as a function of said temperature (θ exti) outside the tank and, using a first preestablished relationship (R 1 (θ exti)), a heat-energy transfer (δE S) between the contents of the tank and the external surroundings is determined, - Step C: as a function of the power produced by the at least one heating element, and using a second preestablished relationship (R 2), a heat-energy transfer (δE E) between the at least one heating element and the contents of the tank is determined, - Step D (204, 205): as a function of the energy transfers (δE i =δE S +δE E) determined in steps B and C, and using a third preestablished relationship (R 3 (δE i)), a quantity (δV i) of liquid thawed or refrozen during this time interval (ΔT i) is determined, - Step E: the quantities of liquid (δVi) thawed and refrozen during the preceding successive time intervals are summed in order to determine an estimated volume of thawed liquid present in the tank (Vwc= ΣδV i). - Step A: using a thermometer arranged outside the tank, a temperature (θ exti) of the ambient air outside the tank is obtained, - Step B: as a function of said temperature (θ exti) outside the tank and, using a first preestablished relationship (R 1 (θ exti)), a heat-energy transfer (δE S) between the contents of the tank and the external surroundings is determined, - Step C: as a function of the power produced by the at least one heating element, and using a second preestablished relationship (R 2), a heat-energy transfer (δE E) between the at least one heating element and the contents of the tank is determined, - Step D (204, 205): as a function of the energy transfers (δE i =δE S +δE E) determined in steps B and C, and using a third preestablished relationship (R 3 (δE i)), a quantity (δV i) of liquid thawed or refrozen during this time interval (ΔT i) is determined, - Step E: the quantities of liquid (δVi) thawed and refrozen during the preceding successive time intervals are summed in order to determine an estimated volume of thawed liquid present in the tank (Vwc= ΣδV i).
Set of storage devices, in particular in the form of a piston accumulator, with a dividing piston, which separates two media chambers (26, 28) from one another within an accumulator housing, in particular a chamber containing a working gas, such as nitrogen, from a chamber containing containing a working fluid, such as hydraulic oil, wherein the dividing piston can travel longitudinally under guidance of a guidance device, wherein the guidance device is located in an accumulator housing extending at least partly along its longitudinal axis, characterised in that each storage device is constructed from a structurally identical unit consisting of a hollow cylinder as guidance device and associated dividing piston as module for various sizes of accumulator housing, that the storage devices with the same tube diameter of the hollow cylinder and dividing pistons of the same construction have a different tube length for different lengths of the accumulator housing, that the dividing piston with parts of the guidance device and with parts (4,16) of the accumulator housing, at one end of which the hollow cylinder is fixed fluid-tight, restricts the media chamber of the working fluid, that the said parts (4, 16) of the accumulator housing are a constituent part of an upper part of the housing in the form of a cover, which on its inner side follows at least partially a free end face outer contour of the dividing piston, which is directed towards the upper part of the housing and that the end face external contour of the dividing piston is convex-shaped to fit on the concave-shaped inner side of the upper part of the housing, as soon as the dividing piston has reached a limit position, in which the working fluid has completely drained from the associatable media chamber.
A hydraulic system comprising: a linear hydraulic actuator having first and second ports; a hydraulic pump assembly conjoined with the linear hydraulic actuator, the hydraulic pump assembly to provide hydraulic fluid to operate the linear hydraulic actuator, the hydraulic pump assembly including, a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver (40,60) disposed inside the interior volume, each fluid driver (40,60) having at least one of a variable-speed and a variable torque motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear hydraulic actuator, the control valve disposed on an upstream or a downstream side of the hydraulic pump; and a controller, wherein the controller concurrently establishes at least one of a speed and a torque of the at least one fluid driver (40,60) and an opening of the control valve to adjust at least one of a flow and a pressure in the hydraulic system to an operational set point. a linear hydraulic actuator having first and second ports; a hydraulic pump assembly conjoined with the linear hydraulic actuator, the hydraulic pump assembly to provide hydraulic fluid to operate the linear hydraulic actuator, the hydraulic pump assembly including, a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver (40,60) disposed inside the interior volume, each fluid driver (40,60) having at least one of a variable-speed and a variable torque motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear hydraulic actuator, the control valve disposed on an upstream or a downstream side of the hydraulic pump; and a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver (40,60) disposed inside the interior volume, each fluid driver (40,60) having at least one of a variable-speed and a variable torque motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear hydraulic actuator, the control valve disposed on an upstream or a downstream side of the hydraulic pump; and a controller, wherein the controller concurrently establishes at least one of a speed and a torque of the at least one fluid driver (40,60) and an opening of the control valve to adjust at least one of a flow and a pressure in the hydraulic system to an operational set point.
System for communicating information to a user in the vicinity of a motor vehicle, comprising: - at least one display surface; - a device for detecting the proximity of the user in relation to the vehicle, which is configured to detect and transmit at least one item of user proximity information; - at least one lighting device, which is designed to display at least one stereoscopic image on the at least one corresponding display surface; and - a control module for receiving the item of user proximity information transmitted by the detection device and for configuring the stereoscopic image displayed by the lighting device on the basis of this item of user proximity information, each lighting device comprising: - at least one light source, which is configured to be able to emit at least one light ray; - at least one light cell, each light cell comprising: ∘ a waveguide, which is designed to carry at least a portion of the at least one light ray emitted by the corresponding light source between a first end located at the light source side and a second end; ∘ at least one diffraction grating, which is located at the second end of the waveguide, at least a portion of the diffraction gratings being illuminated by the at least one portion of the light rays carried by the waveguide so as to generate at least one diffraction lobe. - at least one display surface; - a device for detecting the proximity of the user in relation to the vehicle, which is configured to detect and transmit at least one item of user proximity information; - at least one lighting device, which is designed to display at least one stereoscopic image on the at least one corresponding display surface; and - a control module for receiving the item of user proximity information transmitted by the detection device and for configuring the stereoscopic image displayed by the lighting device on the basis of this item of user proximity information, each lighting device comprising: - at least one light source, which is configured to be able to emit at least one light ray; - at least one light cell, each light cell comprising: ∘ a waveguide, which is designed to carry at least a portion of the at least one light ray emitted by the corresponding light source between a first end located at the light source side and a second end; ∘ at least one diffraction grating, which is located at the second end of the waveguide, at least a portion of the diffraction gratings being illuminated by the at least one portion of the light rays carried by the waveguide so as to generate at least one diffraction lobe. ∘ a waveguide, which is designed to carry at least a portion of the at least one light ray emitted by the corresponding light source between a first end located at the light source side and a second end; ∘ at least one diffraction grating, which is located at the second end of the waveguide, at least a portion of the diffraction gratings being illuminated by the at least one portion of the light rays carried by the waveguide so as to generate at least one diffraction lobe.
Cooling module comprising a first fluid circuit with a cold generator, wherein - the components of the first fluid circuit are arranged in an insulated hermetically closed housing, - at least one component of the first fluid circuit is coupled with at least one section, which is guided in the housing, of a second fluid circuit, - the housing has hermetically sealed connections for the at least one second fluid circuit, - a sub-atmospheric pressure prevails in the housing, and - the components have a tight arrangement within the housing, characterized in that - the housing comprises a support structure and at least one barrier film, - the housing surrounds a support core and the support core surrounds the components of the first fluid circuit, wherein the support core forms the support structure to prevent compression of the barrier film due to the sub-atmospheric pressure. - the components of the first fluid circuit are arranged in an insulated hermetically closed housing, - at least one component of the first fluid circuit is coupled with at least one section, which is guided in the housing, of a second fluid circuit, - the housing has hermetically sealed connections for the at least one second fluid circuit, - a sub-atmospheric pressure prevails in the housing, and - the components have a tight arrangement within the housing, characterized in that - the housing comprises a support structure and at least one barrier film, - the housing surrounds a support core and the support core surrounds the components of the first fluid circuit, wherein the support core forms the support structure to prevent compression of the barrier film due to the sub-atmospheric pressure.
A customizable diagnostic meter comprising: a meter for performing a diagnostic test, the meter comprising a housing having at least one slot; a first module having one or more functions, wherein the at least one slot is configured to receive and removably secure at least a portion of the first module; and a module extender which acts as an adapter to secure the first module that is inserted into the slot in the housing of the meter to a second module having one or more functions, the second module being configured to be inserted into the module extender for removable attachment to at least a portion of the first module. a meter for performing a diagnostic test, the meter comprising a housing having at least one slot; a first module having one or more functions, wherein the at least one slot is configured to receive and removably secure at least a portion of the first module; and a module extender which acts as an adapter to secure the first module that is inserted into the slot in the housing of the meter to a second module having one or more functions, the second module being configured to be inserted into the module extender for removable attachment to at least a portion of the first module.
A method in a telecommunication network, in which a subscriber connected to an originating local exchange node (102, 202) has requested activation of a supplementary service located in an application (118, 218) of said originating node, said supplementary service uses a Transaction Capability Application Part TCAP (112, 212) and a corresponding Abstract Service Element ASE for establishing an end-to-end Transaction Capability TC-dialogue, having a transaction ID, with the corresponding supplementary service in an application (122, 222) of a destination local exchange node (104, 204) to which an addressed remote subscriber is connected, and said TC-dialogue terminates the request on an interfering telecommunication service located in an application (120, 220) of an intermediate node (106, 206), for enabling a network operator to prevent service operation failure when there is an interaction between said end-to-end TCAP based supplementary service and said interfering telecommunication service, comprising the steps of a) establishing a TC-relay link between an incoming TC-dialogue and an outgoing TC-dialogue at the intermediate node for providing a chain of end-to-end TC-dialogues between the originating local exchange node and the destination local exchange node, while using a transparent TC-relay link functionality being independent of utilizing TCAP based supplementary service ASEs at intermediate nodes, b) differentiating handling and continuity of the chained TC-dialogues based on the effect of the interaction caused by said interfering telecommunication service, wherein said transparent TC-relay link functionality communicates the TCAP based supplementary service ASE and said effect of the interaction between said incoming TC-dialogue, said interfering telecommunication service and said outgoing TC-dialogue, and c) encapsulating the service ASE in a new TC-relay ASE that is realized either as new operations within Intelligent Network Application Part INAP or as another TCAP based supplementary service having an own set of ASE data elements. a) establishing a TC-relay link between an incoming TC-dialogue and an outgoing TC-dialogue at the intermediate node for providing a chain of end-to-end TC-dialogues between the originating local exchange node and the destination local exchange node, while using a transparent TC-relay link functionality being independent of utilizing TCAP based supplementary service ASEs at intermediate nodes, b) differentiating handling and continuity of the chained TC-dialogues based on the effect of the interaction caused by said interfering telecommunication service, wherein said transparent TC-relay link functionality communicates the TCAP based supplementary service ASE and said effect of the interaction between said incoming TC-dialogue, said interfering telecommunication service and said outgoing TC-dialogue, and c) encapsulating the service ASE in a new TC-relay ASE that is realized either as new operations within Intelligent Network Application Part INAP or as another TCAP based supplementary service having an own set of ASE data elements.
A combined guide rail for an elevator system comprising: a plurality of guide rail segments arranged end to end wherein each guide rail segment comprises: a car guide rail portion to guide an elevator car along an elevator car travel path; a counterweight guide rail portion to guide a counterweight along a counterweight travel path; and a connecting portion extending from the car guide rail portion to the counterweight guide rail portion; wherein the car guide rail portion, the counterweight guide rail portion and the connecting portion are formed as a unitary structure from a single piece of material; wherein the car guide rail portion includes a car guide portion extending from a car base portion; characterized in that the car base portion has a triangular cross-section; the guide rail segments are aligned with each other via at least one car guide clamp, which is at least partially inserted into the car base portions of adjacent guide rail segments; and the at least one car guide clamp has a triangular cross section which coincides with the triangular cross section of the car base portion. a car guide rail portion to guide an elevator car along an elevator car travel path; a counterweight guide rail portion to guide a counterweight along a counterweight travel path; and a connecting portion extending from the car guide rail portion to the counterweight guide rail portion; wherein the car guide rail portion, the counterweight guide rail portion and the connecting portion are formed as a unitary structure from a single piece of material; wherein the car guide rail portion includes a car guide portion extending from a car base portion; characterized in that the car base portion has a triangular cross-section; the guide rail segments are aligned with each other via at least one car guide clamp, which is at least partially inserted into the car base portions of adjacent guide rail segments; and the at least one car guide clamp has a triangular cross section which coincides with the triangular cross section of the car base portion.
Monitoring system for transport installations for persons, which installations are arranged as elevator, escalator or moving walkway, comprising at least one interrogation device and at least one safety switch, which is connected with the interrogation device by way of an electrical safety circuit and which serves for monitoring an item of equipment of the transport installation for persons, wherein the safety switch has at least two switch settings, characterised in that - an independent energy supply device which supplies the interrogation unit with electrical energy is present, - independently of the presence of an external energy supply means of the transport installation for persons a change in the switch setting of the safety switch is detectable by means of the interrogation device and - at least one status signal can be generated from the change in the switch setting. - an independent energy supply device which supplies the interrogation unit with electrical energy is present, - independently of the presence of an external energy supply means of the transport installation for persons a change in the switch setting of the safety switch is detectable by means of the interrogation device and - at least one status signal can be generated from the change in the switch setting.
An electronic device comprising: a display; at least one processor; a memory electrically connected to the at least one processor; and a display driver integrated circuit electrically connected to the at least one processor, wherein the display driver integrated circuit comprises a gate driver that is electrically connected to the display, wherein the display driver integrated circuit is configured to: receive a synchronization signal request corresponding to a first process initiated by the at least one processor from the at least one processor, determine whether the first process is for displaying an image in response to the synchronization signal request, and control an activation state of the gate driver of the display driver integrated circuit for displaying the image based on a determination result of whether the first process is for displaying the image, wherein the memory is configured to store instructions for the at least one processor to initiate and run the first process. a display; at least one processor; a memory electrically connected to the at least one processor; and a display driver integrated circuit electrically connected to the at least one processor, wherein the display driver integrated circuit comprises a gate driver that is electrically connected to the display, wherein the display driver integrated circuit is configured to: receive a synchronization signal request corresponding to a first process initiated by the at least one processor from the at least one processor, determine whether the first process is for displaying an image in response to the synchronization signal request, and control an activation state of the gate driver of the display driver integrated circuit for displaying the image based on a determination result of whether the first process is for displaying the image, receive a synchronization signal request corresponding to a first process initiated by the at least one processor from the at least one processor, determine whether the first process is for displaying an image in response to the synchronization signal request, and control an activation state of the gate driver of the display driver integrated circuit for displaying the image based on a determination result of whether the first process is for displaying the image, wherein the memory is configured to store instructions for the at least one processor to initiate and run the first process.