mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a search query at a mobile communications device; detecting a first context, wherein the first context is provided by a first application, for which a user interface is currently being displayed on the mobile communications device; performing a first search, based on the search query; displaying, on the mobile communications device, search results of the first search; characterized by: determining that a user has scrolled past an end of the search results of the first search displayed on the mobile communications device; in response to determining that the user has scrolled past the end of the search results of the first search, performing a second search, based on the search query and a second context provided by a second application supported by the mobile communications device, wherein the second application is different from the first application; and displaying, on the mobile communications device, search results of the second search. receiving a search query at a mobile communications device; detecting a first context, wherein the first context is provided by a first application, for which a user interface is currently being displayed on the mobile communications device; performing a first search, based on the search query; displaying, on the mobile communications device, search results of the first search; characterized by: determining that a user has scrolled past an end of the search results of the first search displayed on the mobile communications device; in response to determining that the user has scrolled past the end of the search results of the first search, performing a second search, based on the search query and a second context provided by a second application supported by the mobile communications device, wherein the second application is different from the first application; and displaying, on the mobile communications device, search results of the second search. determining that a user has scrolled past an end of the search results of the first search displayed on the mobile communications device; in response to determining that the user has scrolled past the end of the search results of the first search, performing a second search, based on the search query and a second context provided by a second application supported by the mobile communications device, wherein the second application is different from the first application; and displaying, on the mobile communications device, search results of the second search.
Method for validating a digital user certificate (32, 33) of a user by means of a checking apparatus, wherein the user certificate (32, 33) is protected by a digital signature using an issuer key of an issuing authority issuing the user certificate, and a certificate path is a chain of certificates each confirming the signature of the preceding certificate, comprising the method steps of: - receiving the user certificate in the checking apparatus, - checking the user certificate (32, 33) on the basis of a certificate path positive list, containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server, and - confirming the validity of the user certificate (32, 33) if the issuer key of the user certificate (32, 33) is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list. wherein the user certificate (32, 33) is protected by a digital signature using an issuer key of an issuing authority issuing the user certificate, and a certificate path is a chain of certificates each confirming the signature of the preceding certificate, comprising the method steps of: - receiving the user certificate in the checking apparatus, - checking the user certificate (32, 33) on the basis of a certificate path positive list, containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server, and - confirming the validity of the user certificate (32, 33) if the issuer key of the user certificate (32, 33) is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list. - receiving the user certificate in the checking apparatus, - checking the user certificate (32, 33) on the basis of a certificate path positive list, containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server, and - confirming the validity of the user certificate (32, 33) if the issuer key of the user certificate (32, 33) is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list.
Platform trolley for location flexible installation of measuring equipment, mounting equipment or manipulators, comprising: a downwardly extending locking device which can be extended by the platform trolley, the platform trolley being movable when the locking device is retracted and being lockable to the floor when the locking device is extended, wherein the locking device comprises two vertically movable locking rods (12,14) which are lockable with latching means arranged on the floor, characterized in that the two locking rods (12, 14) are connected to each other by a handlebar. a downwardly extending locking device which can be extended by the platform trolley, the platform trolley being movable when the locking device is retracted and being lockable to the floor when the locking device is extended, wherein the locking device comprises two vertically movable locking rods (12,14) which are lockable with latching means arranged on the floor, characterized in that the two locking rods (12, 14) are connected to each other by a handlebar.
Operating facility for a household appliance, in particular for a gas cooker, with: an operating element, a shaft, and an operating panel with an opening for the shaft, wherein the operating element is embodied such that it can be coupled to the shaft in a torsion-proof manner and, in the coupled state, is suitable for moving the shaft that reaches through the opening in the operating panel, and wherein the operating facility further has a diffusor element, which is embodied for fitting onto the shaft and receiving light from below the operating panel, wherein the operating facility has a light distribution element which is coupled to the diffusor element such that it is able to communicate light, and is embodied to convey light to a display region of the operating element above the operating panel, wherein the diffusor element comprises a sleeve-shaped section for surrounding the shaft and a plate section for collecting the light, and the diffusor element and the light distribution element are arranged in a torsion-proof manner in relation to one another, and wherein the operating facility comprises at least one lighting means for illuminating the diffusor element. an operating element, a shaft, and an operating panel with an opening for the shaft, wherein the operating element is embodied such that it can be coupled to the shaft in a torsion-proof manner and, in the coupled state, is suitable for moving the shaft that reaches through the opening in the operating panel, and wherein the operating facility further has a diffusor element, which is embodied for fitting onto the shaft and receiving light from below the operating panel, wherein the operating facility has a light distribution element which is coupled to the diffusor element such that it is able to communicate light, and is embodied to convey light to a display region of the operating element above the operating panel, wherein the diffusor element comprises a sleeve-shaped section for surrounding the shaft and a plate section for collecting the light, and the diffusor element and the light distribution element are arranged in a torsion-proof manner in relation to one another, and wherein the operating facility comprises at least one lighting means for illuminating the diffusor element.
Measuring system for measuring a measured object, in particular a plastic profile, said measuring system comprising: an antenna arrangement made of a plurality of THz transceivers, each at times actively emitting a THz transmission beam and at times passively receive reflected THz radiation, where said antenna arrangement puts out measuring signals of the measurements of the THz transceivers, an adjustment means for adjusting the antenna matrix into several measuring positions (MP1, MP2, MP3) along an adjustment direction (m1, m2), a controller and evaluation device for receiving and evaluating the measuring signals which is configured in such a way that the measuring signals of said several THz transceivers in said several measuring positions (MP1, MP2,...) are evaluated by means of an SAR evaluation process and a virtual model of the boundary surfaces of the measured object is created, and subsequently the controller and evaluation device determines layer thicknesses (d, d4) between the boundary surfaces from the virtual model. an antenna arrangement made of a plurality of THz transceivers, each at times actively emitting a THz transmission beam and at times passively receive reflected THz radiation, where said antenna arrangement puts out measuring signals of the measurements of the THz transceivers, an adjustment means for adjusting the antenna matrix into several measuring positions (MP1, MP2, MP3) along an adjustment direction (m1, m2), a controller and evaluation device for receiving and evaluating the measuring signals which is configured in such a way that the measuring signals of said several THz transceivers in said several measuring positions (MP1, MP2,...) are evaluated by means of an SAR evaluation process and a virtual model of the boundary surfaces of the measured object is created, and subsequently the controller and evaluation device determines layer thicknesses (d, d4) between the boundary surfaces from the virtual model.
An arrangement adapted for reducing image blur in response to motion of an imaging reader for imaging symbols to be read, comprising: an illuminating light assembly (10, 12) supported by the reader adapted for illuminating a symbol with illumination light having an intensity level over an illumination time period; a solid-state imager supported by the reader and having an array of image sensors adapted for capturing return light from the symbol over a field of view over an exposure time period; a motion sensor supported by the reader adapted for detecting the motion of the reader, and for generating a motion signal in response to the detected motion of the reader; and a controller operatively connected to the motion sensor adapted for dynamically controlling at least one of the exposure time period, the illumination time period, and the intensity level in real time in response to the motion signal to reduce image blur due to the motion of the reader. an illuminating light assembly (10, 12) supported by the reader adapted for illuminating a symbol with illumination light having an intensity level over an illumination time period; a solid-state imager supported by the reader and having an array of image sensors adapted for capturing return light from the symbol over a field of view over an exposure time period; a motion sensor supported by the reader adapted for detecting the motion of the reader, and for generating a motion signal in response to the detected motion of the reader; and a controller operatively connected to the motion sensor adapted for dynamically controlling at least one of the exposure time period, the illumination time period, and the intensity level in real time in response to the motion signal to reduce image blur due to the motion of the reader.
Fuel injector comprising a control valve assembly arranged between a nozzle assembly and an actuator assembly, said control valve assembly having a body extending along a main axis between a transverse first face and an opposed transverse second face, and being provided with a recess dug in said second face and a bore opening in the bottom face of said recess and axially extending to the first face of the body, the control valve assembly further comprising an armature-and-stem-assembly (54, 56, 58) arranged within said recess and bore, the stem forming a valve seat actionable between open and closed positions of a fuel return circuit via a magnetic field generated by a powered solenoid arranged in the body of the actuator assembly, the recess forming a chamber in which the armature is and, the stem forming a sliding valve spool in the bore, wherein the control valve assembly further comprises a check valve arranged to prevent flow between the first face of the body and the bottom face of the recess and, to enable flow in the opposite direction, and wherein the solenoid has an over-moulded core around which is wound a coil defining a central bore axially extending from a transverse lower face of the solenoid toward an end-shoulder face adapted to receive in abutment a pin against which, in use, a valve spring compresses, wherein the solenoid is further provided with a channel (90, 94, 96) extending inside the over-moulding from said end-shoulder face toward a lateral face of the solenoid and, wherein said check valve comprises a valve member biased by a spring against a seating face that controls a narrow passage and, wherein said valve member is a ball and the seating face is a conical face and, said narrow passage extending from the tip of said conical face to the bottom face of the recess and, characterized in that a second check valve is provided within said channel (90, 94, 96), said check valve preventing, in use fuel flow from said central bore toward the outer lateral face of the solenoid. the solenoid has an over-moulded core around which is wound a coil defining a central bore axially extending from a transverse lower face of the solenoid toward an end-shoulder face adapted to receive in abutment a pin against which, in use, a valve spring compresses, wherein the solenoid is further provided with a channel (90, 94, 96) extending inside the over-moulding from said end-shoulder face toward a lateral face of the solenoid and, wherein said check valve comprises a valve member biased by a spring against a seating face that controls a narrow passage and, wherein said valve member is a ball and the seating face is a conical face and, said narrow passage extending from the tip of said conical face to the bottom face of the recess and, characterized in that a second check valve is provided within said channel (90, 94, 96), said check valve preventing, in use fuel flow from said central bore toward the outer lateral face of the solenoid.
An air-conditioning apparatus (100, 101), comprising: a heat source unit having a compressor, a four-way switching valve, and a heat source unit-side heat exchanger that is connected to the four-way switching valve; a plurality of indoor units (B, C, and D) each having an indoor-side heat exchanger and a first flow control device connected to one end of the indoor-side heat exchanger; and a relay unit that connects the heat source unit to the indoor units (B, C, and D), the air-conditioning apparatus being capable of simultaneous heating and cooling operation in which each of the indoor units (B, C, and D) selectively performs a cooling operation or a heating operation, wherein the relay unit is connected to the heat source unit by a first connecting piping through which a refrigerant that flows out to the heat source unit flows and a second connecting piping through which the refrigerant that flows in from the heat source unit flows, and the relay unit comprises a first branching unit that switchably connects the other end of each indoor-side heat exchanger to the first connecting piping or the second connecting piping, a second branching unit that switchably connects each first flow control device to the first connecting piping or the second connecting piping, and a flow control unit provided to the first connecting piping that controls a flow amount of the refrigerant that flows through the indoor-side heat exchangers functioning as an evaporator, characterized in that the air-conditioning apparatus (100, 101) further comprises a temperature detection device that detects the temperature of the refrigerant is provided to the first connecting piping between the first branching unit and the flow control unit, and a flow amount of the refrigerant that flows through the indoor-side heat exchangers functioning as an evaporator is controlled based on a temperature detected by the temperature detection device a heat source unit having a compressor, a four-way switching valve, and a heat source unit-side heat exchanger that is connected to the four-way switching valve; a plurality of indoor units (B, C, and D) each having an indoor-side heat exchanger and a first flow control device connected to one end of the indoor-side heat exchanger; and a relay unit that connects the heat source unit to the indoor units (B, C, and D), the air-conditioning apparatus being capable of simultaneous heating and cooling operation in which each of the indoor units (B, C, and D) selectively performs a cooling operation or a heating operation, wherein the relay unit is connected to the heat source unit by a first connecting piping through which a refrigerant that flows out to the heat source unit flows and a second connecting piping through which the refrigerant that flows in from the heat source unit flows, and the relay unit comprises a first branching unit that switchably connects the other end of each indoor-side heat exchanger to the first connecting piping or the second connecting piping, a second branching unit that switchably connects each first flow control device to the first connecting piping or the second connecting piping, and
An aqueous thermosetting coating composition comprising: (a) a continuous phase comprising water, and (b) a dispersed phase comprising: (i) pigments; (ii) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated compounds including ethylenically unsaturated monomers comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a polyhydrazide. (a) a continuous phase comprising water, and (b) a dispersed phase comprising: (i) pigments; (ii) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated compounds including ethylenically unsaturated monomers comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a polyhydrazide. (i) pigments; (ii) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated compounds including ethylenically unsaturated monomers comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a polyhydrazide. a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and
A process for preparing D-glucaro-6,3-lactone, comprising the steps of: A) adding a mineral acid to a pre-cooled solution comprising a salt of D-glucaric acid, water and acetone having a temperature in the range of ≥ -10°C to ≤ 5°C to obtain a crude mixture, wherein the molar ratio of the mineral acid to the salt of D-glucaric acid is in the range of ≥ 1.2 to ≤ 3.5, B) allowing the crude mixture of step A) to rise to a temperature in the range of ≥ 15°C to ≤ 35°C and stirring the crude mixture, C) filtrating the crude mixture of step B) and washing with a solvent mixture comprising acetone to water in a ratio in the range of ≥ 80:20 to ≤ 98:2 by volume to obtain a filtrate, D) concentrating the filtrate under vacuum pressure in the range of ≥ 10 mbar to ≤ 300 mbar and at a temperature in the range of ≥ 20°C to ≤ 40°C to obtain a concentrated filtrate having a water content in the range of ≥ 20.0 wt.% to ≤ 40.0 wt.%, related to the overall weight of the concentrated filtrate, E) storing the concentrated filtrate at a temperature in the range of ≥ 0°C to ≤ 5°C, F) optionally repeating steps D) and E), G) obtaining a precipitate comprising D-glucaro-6,3-lactone from the filtrate of step E) or optionally step F). A) adding a mineral acid to a pre-cooled solution comprising a salt of D-glucaric acid, water and acetone having a temperature in the range of ≥ -10°C to ≤ 5°C to obtain a crude mixture, wherein the molar ratio of the mineral acid to the salt of D-glucaric acid is in the range of ≥ 1.2 to ≤ 3.5, B) allowing the crude mixture of step A) to rise to a temperature in the range of ≥ 15°C to ≤ 35°C and stirring the crude mixture, C) filtrating the crude mixture of step B) and washing with a solvent mixture comprising acetone to water in a ratio in the range of ≥ 80:20 to ≤ 98:2 by volume to obtain a filtrate, D) concentrating the filtrate under vacuum pressure in the range of ≥ 10 mbar to ≤ 300 mbar and at a temperature in the range of ≥ 20°C to ≤ 40°C to obtain a concentrated filtrate having a water content in the range of ≥ 20.0 wt.% to ≤ 40.0 wt.%, related to the overall weight of the concentrated filtrate, E) storing the concentrated filtrate at a temperature in the range of ≥ 0°C to ≤ 5°C, F) optionally repeating steps D) and E), G) obtaining a precipitate comprising D-glucaro-6,3-lactone from the filtrate of step E) or optionally step F).