mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the production of a device for dispensing eye drops, comprising at least the following steps: - providing a first container comprising a tubular element with an open end portion , - providing a second container comprising a wall configured to be engaged in a fluid-tight manner around the tubular element , - providing a spacer having oppositely arranged bases which are substantially parallel, - introducing water or water-based solution for injection inside the first container , - introducing a solution or dispersion comprising a drug of a chemical and/or biotechnological nature inside the second container , - arranging the spacer between the first and second containers so that the bases are in contact with the first and second containers , - engaging in a fluid-tight manner the wall of the second container around the tubular element of the first container ; and characterized in - freeze-drying the solution or dispersion comprising the drug, wherein the step of freeze-drying the solution or dispersion comprising the drug is performed following assembly and comprises subjecting the first container, the second container, and the spacer assembly to a freeze-drying atmosphere. - providing a first container comprising a tubular element with an open end portion , - providing a second container comprising a wall configured to be engaged in a fluid-tight manner around the tubular element , - providing a spacer having oppositely arranged bases which are substantially parallel, - introducing water or water-based solution for injection inside the first container , - introducing a solution or dispersion comprising a drug of a chemical and/or biotechnological nature inside the second container , - arranging the spacer between the first and second containers so that the bases are in contact with the first and second containers , - engaging in a fluid-tight manner the wall of the second container around the tubular element of the first container ; and characterized in - freeze-drying the solution or dispersion comprising the drug,
Box comprising a preassembled electrical wiring assembly in a roll, wherein the spatial layout of the electrical wiring assembly is predetermined, said electrical wiring assembly arranged for a building for transferring electrical power from one point in a building to a next point where electrical power is used, comprising at least one main cable , the main cable comprising one or more primary junctions , wherein at least one primary side cable is electrically attached to each primary junction and wherein cables are made of a flexible material, each assembly forming at least one separate electrical group, said assembly comprises 3-30 junctions, characterized in that the cables are provided in a housing , wherein each junction comprises a water impermeable and durable material for electrically insulating the junction, wherein the water impermeable and durable material for electrically insulating the junction is selected from a resin, and a water insoluble gel, wherein housing and junctions are made of a flexible material, wherein a length of a cable is over dimensioned, i.e. 0.1 - 5 % longer than a pre-calculated shortest distance length between two end points, further comprising a connector for a meter cupboard. at least one main cable , the main cable comprising one or more primary junctions , wherein at least one primary side cable is electrically attached to each primary junction and wherein cables are made of a flexible material, each assembly forming at least one separate electrical group, said assembly comprises 3-30 junctions, characterized in that the cables are provided in a housing , wherein each junction comprises a water impermeable and durable material for electrically insulating the junction, wherein the water impermeable and durable material for electrically insulating the junction is selected from a resin, and a water insoluble gel, wherein housing and junctions are made of a flexible material, wherein a length of a cable is over dimensioned, i.e. 0.1 - 5 % longer than a pre-calculated shortest distance length between two end points, further comprising a connector for a meter cupboard.
A laundry treatment apparatus comprising: a cabinet having an accommodation space formed therein to accommodate laundry; a supply unit comprising a moisture supply unit for supplying moisture in the form of steam or mist to the accommodation space ; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry; and a separation frame provided at the presser ; wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part ; and wherein the separation frame is formed to be bent forward or backward from the presser so that the presser is spaced by a predetermined distance apart from an inner surface of the accommodation space to form a gap between the presser and the inner surface of the accommodation space to separate the presser from the inner surface of the accommodation space . a cabinet having an accommodation space formed therein to accommodate laundry; a supply unit comprising a moisture supply unit for supplying moisture in the form of steam or mist to the accommodation space ; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry; and a separation frame provided at the presser ; wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part ; and wherein the separation frame is formed to be bent forward or backward from the presser so that the presser is spaced by a predetermined distance apart from an inner surface of the accommodation space to form a gap between the presser and the inner surface of the accommodation space to separate the presser from the inner surface of the accommodation space . a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part ; and
A battery module , comprising: a battery assembly , comprising a plurality of battery cells arranged in an array, wherein each of the battery cells comprises a vent ; a circuit board , comprising a plurality of sampling terminals connected to the battery cells and being capable of collecting electrical parameters and/or temperature parameters of the battery cells ; and a thermal cable , located between the battery assembly and the circuit board and fixedly coupled to the circuit board , wherein a thermal circuit is formed inside the thermal cable , and the thermal circuit is configured to provide a prompt signal indicating a bursting of the vent of any of the battery cells , characterized in that , the battery module further comprises a cover block , extending in a first direction (X) and provided with at least an accommodating portion penetrating the cover block in the first direction (X), wherein the thermal cable is at least partially accommodated in the accommodating portion , and the cover block is coupled to the circuit board . a battery assembly , comprising a plurality of battery cells arranged in an array, wherein each of the battery cells comprises a vent ; a circuit board , comprising a plurality of sampling terminals connected to the battery cells and being capable of collecting electrical parameters and/or temperature parameters of the battery cells ; and a thermal cable , located between the battery assembly and the circuit board and fixedly coupled to the circuit board , wherein a thermal circuit is formed inside the thermal cable , and the thermal circuit is configured to provide a prompt signal indicating a bursting of the vent of any of the battery cells , characterized in that , the battery module further comprises a cover block , extending in a first direction (X) and provided with at least an accommodating portion penetrating the cover block in the first direction (X), wherein the thermal cable is at least partially accommodated in the accommodating portion , and the cover block is coupled to the circuit board .
Method for parameterising a method- or process-engineering plant with at least one function module , wherein the function module comprises a stored program control and a method- or process-engineering module that can be controlled or regulated by means of the stored program control to be used as part of the plant and wherein the stored program control comprises at least one parameter-configurable user program , a memory area provided for the parameters for the application-specific configuration of the function module and an interface , which is specified by a description in a formal description language and by means of which the memory area with parameters can be described, wherein the method comprises the following steps: - provision of a file corresponding to the configurable user program which is compiled by means of a module engineering tool specific to a manufacturer of the control and in which the parameters are contained in a formal description language as information for the integration of the function module, - reading-in the file with the information for the integration of the function module in a tool embodied for the engineering of the plant and independent of the manufacturer of the controller , - definition of the parameters for the application-specific configuration of the function module by means of the plant-engineering tool and - storing the previously defined parameters by means of the plant-engineering tool in the memory area by means of access via the interface , on the basis of the description of the interface . - provision of a file corresponding to the configurable user program which is compiled by means of a module engineering tool specific to a manufacturer of the control and in which the parameters are contained in a formal description language as information for the integration of the function module, - reading-in the file with the information for the integration of the function module in a tool embodied for the engineering of the plant and independent of the manufacturer of the controller , - definition of the parameters for the application-specific configuration of the function module by means of the plant-engineering tool and - storing the previously defined parameters by means of the plant-engineering tool in the memory area by means of access via the interface , on the basis of the description of the interface .
A transmitter comprising: a processor configured to connect to a sensor that outputs measurement data and configured to output setting data based on the measurement data; a current controller configured to output output data based on the setting data from the processor ; a current output interface configured to output a first current signal based on the output data from the current controller , when connecting to an external apparatus , to the external apparatus ; and a current input interface configured to receive input of a second current signal, different from the first current signal, outputted by the external apparatus , when connecting to the external apparatus , and to output input data based on the second current signal to the current controller ; wherein the current input interface is configured to receive the first current signal outputted by the current output interface , when connecting to the current output interface via a connection circuit , as the second current signal and to output internal input data based on the first current signal to the current controller as the input data; and wherein the current controller is configured to detect failure of the transmitter in accordance with a comparison between the setting data and the internal input data. a processor configured to connect to a sensor that outputs measurement data and configured to output setting data based on the measurement data; a current controller configured to output output data based on the setting data from the processor ; a current output interface configured to output a first current signal based on the output data from the current controller , when connecting to an external apparatus , to the external apparatus ; and a current input interface configured to receive input of a second current signal, different from the first current signal, outputted by the external apparatus , when connecting to the external apparatus , and to output input data based on the second current signal to the current controller ; wherein the current input interface is configured to receive the first current signal outputted by the current output interface , when connecting to the current output interface via a connection circuit , as the second current signal and to output internal input data based on the first current signal to the current controller as the input data; and wherein the current controller is configured to detect failure of the transmitter in accordance with a comparison between the setting data and the internal input data.
A crystalline silicon solar cell, comprising: a crystalline silicon substrate with N-type conductivity; an emitter layer arranged on a surface of one side of the crystalline silicon substrate and having a P-type conductivity ; a gallium oxide layer (X) disposed on the emitter layer and in direct contact with the emitter layer ; a first covering layer arranged on the gallium oxide layer (X), a first electrode arranged on the first covering layer and in contact with the emitter layer , a tunneling passivation layer arranged on a surface of a side opposite to the emitter layer of the crystalline silicon substrate , a doped silicon layer arranged on the tunneling passivation layer and having an N-type conductivity, a second covering layer arranged on the doped silicon layer , and a second electrode arranged on the second covering layer and in contact with the doped silicon layer ; characterized in that the doped silicon layer covers a partial region of the tunneling passivation layer , and the second covering layer is also arranged at a region of the tunneling passivation layer where the doped silicon layer is not arranged. a crystalline silicon substrate with N-type conductivity; an emitter layer arranged on a surface of one side of the crystalline silicon substrate and having a P-type conductivity ; a gallium oxide layer (X) disposed on the emitter layer and in direct contact with the emitter layer ; a first covering layer arranged on the gallium oxide layer (X), a first electrode arranged on the first covering layer and in contact with the emitter layer , a tunneling passivation layer arranged on a surface of a side opposite to the emitter layer of the crystalline silicon substrate , a doped silicon layer arranged on the tunneling passivation layer and having an N-type conductivity, a second covering layer arranged on the doped silicon layer , and a second electrode arranged on the second covering layer and in contact with the doped silicon layer ; characterized in that the doped silicon layer covers a partial region of the tunneling passivation layer , and the second covering layer is also arranged at a region of the tunneling passivation layer where the doped silicon layer is not arranged.
Sleeve for centring a screw in a bore , this sleeve comprising: - a wall that is substantially cylindrical about a sleeve axis (X1); - a bulge , which is substantially annular, formed on the outside of said wall , at a first longitudinal end of said wall; and, - tangential creep means ; the wall comprising a plurality of portions , preferably three portions, first tangential creep means comprising, between each portion and a neighbouring portion, a longitudinal groove , said groove preferably extending over a complete longitudinal section of said wall, characterized in that each portion bears at least two segments of the bulge , second tangential creep means comprising a longitudinal notch separating each of said segments from a neighbouring segment on the same portion . - a wall that is substantially cylindrical about a sleeve axis (X1); - a bulge , which is substantially annular, formed on the outside of said wall , at a first longitudinal end of said wall; and, - tangential creep means ; the wall comprising a plurality of portions , preferably three portions, first tangential creep means comprising, between each portion and a neighbouring portion, a longitudinal groove , said groove preferably extending over a complete longitudinal section of said wall, characterized in that each portion bears at least two segments of the bulge , second tangential creep means comprising a longitudinal notch separating each of said segments from a neighbouring segment on the same portion .
Processing installation for aircraft structural components having a processing station comprising a clamping frame for receiving the aircraft structural component which is intended to be processed in each case, wherein the clamping frame extends along a station longitudinal axis which extends in a longitudinal direction (X) and a processing unit for processing the aircraft structural component which has an upper tool unit having an upper tool which is orientated along a first tool axis and a lower tool unit having a lower tool which is orientated along a second tool axis , wherein the first tool axis and the second tool axis extend parallel with a vertical direction (Z) which is angled relative to the longitudinal direction (X), in particular orthogonal, wherein the processing installation has a processing region (B) for processing the aircraft structural component which is formed by a laterally delimited, first spatial portion (R 1 ) in which the clamping frame and the processing unit are arranged during processing, wherein the processing installation has a service region (S) for carrying out service operations, which is formed by a laterally delimited, second spatial portion (R 2 ), wherein the first spatial portion (R 1 ) is separated from the second spatial portion (R 2 ) in a transverse direction (Y) which is orthogonal to the longitudinal direction (X) and vertical direction (Z), wherein a service platform is arranged in the service region (S) and is or can be positioned in a service plane (E 2 ) which is orthogonal to the vertical direction (Z), wherein the processing installation has a frame which carries individual components and the service platform , wherein the frame is itself displaceable relative to the substrate , characterized in that the upper tool and the lower tool are each displaceable into at least one service position, wherein both tools are accessible from the common service platform which is positioned in the service plane (E 2 ) in the service positions.
Drinking and service water system, comprising a connection to the public water supply network, via which connection at least one supply line leading to at least one consumer is fed with fresh water, a flushing valve downstream of the consumer in the flow direction for draining water from the drinking and service water system, a circulation line and a circulation pump arranged in the circulation line for returning unused water, and a regulating valve which is provided in the circulation line , is arranged between the consumer and the flushing valve , and has an adjustment element that is controlled by the water temperature as an actuator for a valve body of the regulating valve and interacts with a valve seat , characterised by a check valve which is intended to bypass the valve seat and opens in the direction of a circulatory flow (Z) initiated by the circulation pump .
A method for imaging an intraoral feature comprising: a) obtaining optical coherence tomography imaging content with steps of: (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; b) obtaining surface contour imaging content; c) simultaneously to step b) obtaining depth imaging content associated to the obtained surface contour imaging content; d) segmenting among the depth imaging content a non deformable imaging content; e) providing a CBCT scan 3D image of the intraoral feature; and f) registering the non deformable content with CBCT Scan 3D image; wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues. a) obtaining optical coherence tomography imaging content with steps of: (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; b) obtaining surface contour imaging content; c) simultaneously to step b) obtaining depth imaging content associated to the obtained surface contour imaging content; d) segmenting among the depth imaging content a non deformable imaging content; e) providing a CBCT scan 3D image of the intraoral feature; and f) registering the non deformable content with CBCT Scan 3D image; wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues. wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues.