mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a light source adapted to emit light at a first wavelength; a wavelength conversion member adapted to receive the light output from the light source and to convert the first wavelength to a different wavelength; a display panel arranged so that the light output from the wavelength cortversion member is incident onto the display panel; a transparent heat transfer part adjacent to the light source and the wavelength conversion member, wherein the heat transfer part is interposed between the light source and the wavelength conversion member, a heat dissipation part connected to the heat transfer part; Characterised in that the display device further comprises a transparent heat blocking part interposed between the heat transfer part and the wavelength conversion member, wherein the transparent heat transfer part surrounds the wavelength conversion member, and wherein the transparent heat blocking part has a thermal conductivity lower than the thermal conductivity of the heat transfer part. a light source adapted to emit light at a first wavelength; a wavelength conversion member adapted to receive the light output from the light source and to convert the first wavelength to a different wavelength; a display panel arranged so that the light output from the wavelength cortversion member is incident onto the display panel; a transparent heat transfer part adjacent to the light source and the wavelength conversion member, wherein the heat transfer part is interposed between the light source and the wavelength conversion member, a heat dissipation part connected to the heat transfer part; Characterised in that the display device further comprises a transparent heat blocking part interposed between the heat transfer part and the wavelength conversion member, wherein the transparent heat transfer part surrounds the wavelength conversion member, and wherein the transparent heat blocking part has a thermal conductivity lower than the thermal conductivity of the heat transfer part.
A dispenser for discharging an in particular granular or powdery substance by blow-out, with a blow-out duct, and with a suction line opening into the blow-out duct for sucking the substance into the blow-out duct, wherein a positive air pressure can be built up in a duct section arranged upstream of the blow-out duct and closed in the direction of the blow-out duct by a valve opening in a pressure-dependent manner, for pressure-controlled formation of a blow-out stream in the blow-out duct, wherein moreover an air compression piston is movable in the duct section between a rest or start position and an actuation position, in which it is moved close to the valve, wherein the dispenser has a seat for a substance storage part, and a substance storage part, wherein the substance storage part has a plurality of substance reservoirs, and that the suction line has a mouth, which is structured in such a way that it can easily serve to pierce a substance reservoir, wherein moreover the substance reservoir consists of a lower container in the shape of a portion of a sphere, which container is closed at the top by a film in a plane surface.
A connector to be connected to a flexible conductor, the connector comprising: a base member having a projection; a contact made of a conductive material and having a projection accommodating portion of a recess shape into which the projection is inserted; and a housing holding the contact, wherein the housing has a holding mechanism configured to hold the flexible conductor disposed to extend across an opening end portion of the projection accommodating portion of the contact, wherein the holding mechanism has a first holding portion and a second holding portion which are separately disposed on opposite sides of the opening end portion of the projection accommodating portion so as to sandwich the opening end portion of the projection accommodating portion of the contact, and wherein one end portion of the flexible conductor is held by the first holding portion, and a middle portion of the flexible conductor is held by the second holding portion, and wherein when the projection of the base member is inserted into the projection accommodating portion of the contact together with the flexible conductor held by the holding mechanism, the flexible conductor is sandwiched between a lateral surface of the projection and an inner surface of the projection accommodating portion to contact the inner surface of the projection accommodating portion, whereby the contact is electrically connected to the flexible conductor. a base member having a projection; a contact made of a conductive material and having a projection accommodating portion of a recess shape into which the projection is inserted; and a housing holding the contact, wherein the housing has a holding mechanism configured to hold the flexible conductor disposed to extend across an opening end portion of the projection accommodating portion of the contact, wherein the holding mechanism has a first holding portion and a second holding portion which are separately disposed on opposite sides of the opening end portion of the projection accommodating portion so as to sandwich the opening end portion of the projection accommodating portion of the contact, and wherein one end portion of the flexible conductor is held by the first holding portion, and a middle portion of the flexible conductor is held by the second holding portion, and wherein when the projection of the base member is inserted into the projection accommodating portion of the contact together with the flexible conductor held by the holding mechanism, the flexible conductor is sandwiched between a lateral surface of the projection and an inner surface of the projection accommodating portion to contact the inner surface of the projection accommodating portion, whereby the contact is electrically connected to the flexible conductor.
A multi-agent type hair treatment agent comprising a first composition containing component and component; and a second composition containing component, wherein the weight ratio / of component to component in the second composition is less than 0.8: Component: a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component: anionic surfactant Component: an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component: cationic surfactant. a first composition containing component and component; and a second composition containing component, wherein the weight ratio / of component to component in the second composition is less than 0.8: Component: a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component: anionic surfactant Component: an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component: cationic surfactant. Component: a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component: anionic surfactant Component: an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component: cationic surfactant.
Control device for at least one electric parking brake of a brake system of a vehicle, having: an actuation device by means of which a setpoint variable relating to a setpoint braking torque which is to be applied by means of the electric parking brake can be defined, and an actuation signal which corresponds to the defined setpoint variable can be output to the electric parking brake; wherein the actuation device is configured to detect whether a brake booster of the brake system is present in at least a functionally restricting or functionally incapable state, and to define the setpoint variable, if appropriate, taking into account at least one supplied predefined variable relating to an overall braking torque requested by a driver of the vehicle, and to actuate the electric parking brake by means of the actuation signal in such a way that an actual braking torque which corresponds to the defined setpoint variable can be applied by means of the electric parking brake in such a way that the vehicle can be braked at least by means of the actual braking torque; characterized in that the actuation device is configured to determine whether the brake booster is present in the at least one functionally restricting or functionally incapable state in which at least one pressure variable which is determined by at least one vehicle-specific pressure sensor in at least one hydraulic system of the brake system is compared with the at least one predefined variable and/or with at least one setpoint pressure variable which is derived from the at least one predefined variable. an actuation device by means of which a setpoint variable relating to a setpoint braking torque which is to be applied by means of the electric parking brake can be defined, and an actuation signal which corresponds to the defined setpoint variable can be output to the electric parking brake; wherein the actuation device is configured to detect whether a brake booster of the brake system is present in at least a functionally restricting or functionally incapable state, and to define the setpoint variable, if appropriate, taking into account at least one supplied predefined variable relating to an overall braking torque requested by a driver of the vehicle, and to actuate the electric parking brake by means of the actuation signal in such a way that an actual braking torque which corresponds to the defined setpoint variable can be applied by means of the electric parking brake in such a way that the vehicle can be braked at least by means of the actual braking torque; characterized in that the actuation device is configured to determine whether the brake booster is present in the at least one functionally restricting or functionally incapable state in which at least one pressure variable which is determined by at least one vehicle-specific pressure sensor in at least one hydraulic system of the brake system is compared with the at least one predefined variable and/or with at least one setpoint pressure variable which is derived from the at least one predefined variable.
Method of heating a container (Ri) placed on a cooktop comprising heating means respectively associated with inductors forming means for detecting the presence of a container, said heating means associated with said inductors forming a two-dimensional array on the cooking surface, comprising the following steps: - a step of searching for an initial heating area (Zi) consisting of a set of heating means at least partly covered by said container; - a step of detecting movement of said container (Ri) associated with the initial heating area (Zi); and - a step of searching for a shifted heating area (Z'i) consisting of heating means respectively associated with detection means at least partly covered by said container (Ri); characterised in that said search step (E20, E80) comprises: - for each successive detection means of the cooking surface a test step (E26, E36, E96) for detecting the presence of a container (Ri) over said detection means and, if such presence is detected, a step (E27, E37, E87) of adding the heating means associated with said detection means to the heating area (Zi, Z'i); and - a step (E28, E38, E88) of memorizing for each heating means added to the heating area (Zi, Z'i) a rate of coverage (TREC) by a container of the detection means associated with said heating means. - a step of searching for an initial heating area (Zi) consisting of a set of heating means at least partly covered by said container; - a step of detecting movement of said container (Ri) associated with the initial heating area (Zi); and - a step of searching for a shifted heating area (Z'i) consisting of heating means respectively associated with detection means at least partly covered by said container (Ri); characterised in that said search step (E20, E80) comprises: - for each successive detection means of the cooking surface a test step (E26, E36, E96) for detecting the presence of a container (Ri) over said detection means and, if such presence is detected, a step (E27, E37, E87) of adding the heating means associated with said detection means to the heating area (Zi, Z'i); and - a step (E28, E38, E88) of memorizing for each heating means added to the heating area (Zi, Z'i) a rate of coverage (TREC) by a container of the detection means associated with said heating means.
An LCD assembly comprising: an LCD cell comprising a first surface and a second surface; a front cover glass sheet comprising a first surface and a second surface, the first surface and second surface of the front cover glass sheet defining a front cover glass sheet thickness, wherein the second surface of the front cover glass sheet is directly bonded to the first surface of the LCD cell, and wherein the front cover glass sheet comprises strengthened glass; a back cover glass sheet comprising a first surface and a second surface, the first surface and second surface of the back cover glass sheet defining a back cover glass sheet thickness, wherein the first surface of the back cover glass sheet is directly bonded to the second surface of the LCD cell, and wherein the back cover glass sheet comprises strengthened glass; and wherein the LCD assembly further comprises a light source configured to project light onto the second surface of the back cover glass sheet and through the LCD cell and the first surface of the front cover glass sheet to display an image, characterised in that the light source comprises a body and attachment points projecting out of the body of the light source and in contact with the second surface of the back cover glass sheet, the attachment points defining a recessed area thereby forming an air gap between the light source and the back cover glass sheet. an LCD cell comprising a first surface and a second surface; a front cover glass sheet comprising a first surface and a second surface, the first surface and second surface of the front cover glass sheet defining a front cover glass sheet thickness, wherein the second surface of the front cover glass sheet is directly bonded to the first surface of the LCD cell, and wherein the front cover glass sheet comprises strengthened glass; a back cover glass sheet comprising a first surface and a second surface, the first surface and second surface of the back cover glass sheet defining a back cover glass sheet thickness, wherein the first surface of the back cover glass sheet is directly bonded to the second surface of the LCD cell, and wherein the back cover glass sheet comprises strengthened glass; and wherein the LCD assembly further comprises a light source configured to project light onto the second surface of the back cover glass sheet and through the LCD cell and the first surface of the front cover glass sheet to display an image, characterised in that the light source comprises a body and attachment points projecting out of the body of the light source and in contact with the second surface of the back cover glass sheet, the attachment points defining a recessed area thereby forming an air gap between the light source and the back cover glass sheet.
An in vitro method for generating plasmacytoid dendritic cells (pDCs) independent of Fms-like-Tyrosine-Kinase 3-Ligand- - and Granulocyte-Macrophage-Colony Stimulating Factor (GM-CSF) comprising (i) culturing a hematopoietic precursor cell; and (ii) administering Macrophage-Colony Stimulating Factor (M-CSF), wherein the numbers of pDCs is quantified before and after administration of M-CSF and wherein the number of pDCs after M-CSF administration is increased over the number of pDCs before administration of M-CSF. (i) culturing a hematopoietic precursor cell; and (ii) administering Macrophage-Colony Stimulating Factor (M-CSF),
Fastening means for fastening a front plate of a ventilation terminal device, such as a ceiling diffuser, to a frame of the terminal device, which fastening means comprises a magnet for the fastening, and at the end of which fastening means that is attached to the front plate are guide means formed to meet the front plate in a precisely correct position for positioning the front plate precisely into position, wherein the fastening means is formed from a fastening part fastened to the frame of the terminal device and from a retainer (3"), to which the front plate is attached, and in that the fastening part is fastenable to the retainer (3") adjustably in the longitudinal direction of the fastening part, characterized in that said fastening part is fastenable to the retainer into at least an inner adjustment position, where the front plate is near the frame, and an outer adjustment position, where the front plate is at a distance from the frame, further characterized in that the adjustment between the fastening part and the retainer (3") is stepped, and in that for this purpose two or more notches are made in the retainer (3"), a protrusion on the fastening part locking into the notches, or in that the adjustment between the fastening part and the retainer (3") is stepless. characterized in that said fastening part is fastenable to the retainer into at least an inner adjustment position, where the front plate is near the frame, and an outer adjustment position, where the front plate is at a distance from the frame, further characterized in that the adjustment between the fastening part and the retainer (3") is stepped, and in that for this purpose two or more notches are made in the retainer (3"), a protrusion on the fastening part locking into the notches, or in that the adjustment between the fastening part and the retainer (3") is stepless.
A dispersed carrier phase-shifting method, comprising: connecting at least two power modules in series and/or in parallel to form a modular system, each of the power modules comprising a control module for sampling at least twice a common state variate ( a k i), a sign of a slope of the common state variate sampled at a first sampling time being opposite to a sign of a slope of the common state variate sampled at a second sampling time, a reference time of the first sampling time for each of the control modules being the same, characterised in that the method further comprises regulating a carrier frequency ( f k) of the power module according to a relative size between a sampled value ( a k 1) at the first sampling time and a sampled value ( a k 2) at the second sampling time. connecting at least two power modules in series and/or in parallel to form a modular system, each of the power modules comprising a control module for sampling at least twice a common state variate ( a k i), a sign of a slope of the common state variate sampled at a first sampling time being opposite to a sign of a slope of the common state variate sampled at a second sampling time, a reference time of the first sampling time for each of the control modules being the same, characterised in that the method further comprises regulating a carrier frequency ( f k) of the power module according to a relative size between a sampled value ( a k 1) at the first sampling time and a sampled value ( a k 2) at the second sampling time.
A drop and go bracket comprising: a chassis bracket (222, 322, 422) attachable to a vehicle chassis; and a fuel system bracket (221, 421) attachable to a vehicle fuel system, wherein the drop and go bracket is characterized in that: the chassis bracket comprises a groove (328, 428) and a pin (327, 427) at a separate location from the groove; the fuel system bracket comprises a cut-out and another pin at a separate location from the cut-out; and the chassis bracket and the fuel system bracket are connected to one another when the cut-out of the fuel system bracket engages with the pin of the chassis bracket when the pin of the fuel system bracket slides into the groove of the chassis bracket, such that the chassis bracket and the fuel system bracket are fixed relative to one another in a lateral direction and in a vertical direction. a chassis bracket (222, 322, 422) attachable to a vehicle chassis; and a fuel system bracket (221, 421) attachable to a vehicle fuel system, wherein the drop and go bracket is characterized in that: the chassis bracket comprises a groove (328, 428) and a pin (327, 427) at a separate location from the groove; the fuel system bracket comprises a cut-out and another pin at a separate location from the cut-out; and the chassis bracket and the fuel system bracket are connected to one another when the cut-out of the fuel system bracket engages with the pin of the chassis bracket when the pin of the fuel system bracket slides into the groove of the chassis bracket, such that the chassis bracket and the fuel system bracket are fixed relative to one another in a lateral direction and in a vertical direction. the chassis bracket comprises a groove (328, 428) and a pin (327, 427) at a separate location from the groove; the fuel system bracket comprises a cut-out and another pin at a separate location from the cut-out; and the chassis bracket and the fuel system bracket are connected to one another when the cut-out of the fuel system bracket engages with the pin of the chassis bracket when the pin of the fuel system bracket slides into the groove of the chassis bracket, such that the chassis bracket and the fuel system bracket are fixed relative to one another in a lateral direction and in a vertical direction.