mhurhangee/patent-ind-claim-en huggingface dataset:
Conveying device for removing bar-form articles from an article storage means - having at least one shaft for single-row, transverse-axial guidance of the bar-form articles , wherein - a rotatable transfer element having a groove for a bar-form article is arranged downstream of the shaft in relation to a transport direction of the bar-form articles , which element inserts the bar-form articles into troughs of a central drum for transverse-axial discharge, characterised in that - a rotatable insert wheel is provided between the downstream opening of the shaft and the transfer element , which wheel is designed for individual, transverse-axial delivery of bar-form articles to the transfer element , wherein - the groove of the transfer element is designed to receive the bar-form articles delivered by the insert wheel and can be supplied with negative pressure, in which bar-form articles delivered by the insert wheel can be held by means of negative pressure, wherein - the transfer element is servo-driven, and - the conveying device comprises a plurality of shafts arranged next to one another, each having associated insert wheels and transfer elements for removing bar-form articles from the article storage means and feeding them to the central drum . - having at least one shaft for single-row, transverse-axial guidance of the bar-form articles , wherein - a rotatable transfer element having a groove for a bar-form article is arranged downstream of the shaft in relation to a transport direction of the bar-form articles , which element inserts the bar-form articles into troughs of a central drum for transverse-axial discharge, characterised in that - a rotatable insert wheel is provided between the downstream opening of the shaft and the transfer element , which wheel is designed for individual, transverse-axial delivery of bar-form articles to the transfer element , wherein - the groove of the transfer element is designed to receive the bar-form articles delivered by the insert wheel and can be supplied with negative pressure, in which bar-form articles delivered by the insert wheel can be held by means of negative pressure, wherein - the transfer element is servo-driven, and - the conveying device comprises a plurality of shafts arranged next to one another, each having associated insert wheels and transfer elements for removing bar-form articles from the article storage means and feeding them to the central drum .
A method for device discovery, the method comprising: a first user equipment, LTE , obtaining (s202) sidelink discovery information, SDI, for use in discovering a second UE in proximity to the first UE, wherein the SDI comprises at least a first part of a discovery message; the first UE transmitting (s204) the SDI over a physical sidelink channel, PSCH, characterized in that : the PSCH is a physical sidelink control channel, PSCCH, the discovery message comprises the first part and a second part, the SDI, which is transmitted over the PSCCH and which comprises the first part of the discovery message, does not include the second part of the discovery message, the first part of the discovery message comprises: i) information indicating a required quality of service, QoS, ii) information indicating a LTE capability, and/or iii) information indicating a service type, and the method further comprises the first UE transmitting a MAC PDU on the PSSCH after transmitting the SDI on the PSCCH, wherein the MAC PDU comprises the second part of the discovery message. a first user equipment, LTE , obtaining (s202) sidelink discovery information, SDI, for use in discovering a second UE in proximity to the first UE, wherein the SDI comprises at least a first part of a discovery message; the first UE transmitting (s204) the SDI over a physical sidelink channel, PSCH, characterized in that : the PSCH is a physical sidelink control channel, PSCCH, the discovery message comprises the first part and a second part, the SDI, which is transmitted over the PSCCH and which comprises the first part of the discovery message, does not include the second part of the discovery message, the first part of the discovery message comprises: i) information indicating a required quality of service, QoS, ii) information indicating a LTE capability, and/or iii) information indicating a service type, and the method further comprises the first UE transmitting a MAC PDU on the PSSCH after transmitting the SDI on the PSCCH, wherein the MAC PDU comprises the second part of the discovery message. the PSCH is a physical sidelink control channel, PSCCH, the discovery message comprises the first part and a second part, the SDI, which is transmitted over the PSCCH and which comprises the first part of the discovery message, does not include the second part of the discovery message, the first part of the discovery message comprises: i) information indicating a required quality of service, QoS, ii) information indicating a LTE capability, and/or iii) information indicating a service type, and the method further comprises the first UE transmitting a MAC PDU on the PSSCH after transmitting the SDI on the PSCCH, wherein the MAC PDU comprises the second part of the discovery message.
A color conversion panel comprising: a substrate ; a first color filter and a second color filter that are disposed on the substrate ; a low refractive index layer disposed on the first color filter and the second color filter , a first color conversion layer disposed on the low refractive index layer , overlapping the first color filter and including a semiconductor nanocrystal; a second color conversion layer disposed on the low refractive index layer , overlapping the second color filter and including a semiconductor nanocrystal; and a transmissive layer that disposed on the low refractive index layer and overlaps the low refractive index layer , wherein a refractive index of the low refractive index layer is in a range of 1.1 to 1.3; characterized in that the first color filter , the second color filter , and the low refractive index layer include at least one of a first blue pigment and a first blue dye. a substrate ; a first color filter and a second color filter that are disposed on the substrate ; a low refractive index layer disposed on the first color filter and the second color filter , a first color conversion layer disposed on the low refractive index layer , overlapping the first color filter and including a semiconductor nanocrystal; a second color conversion layer disposed on the low refractive index layer , overlapping the second color filter and including a semiconductor nanocrystal; and a transmissive layer that disposed on the low refractive index layer and overlaps the low refractive index layer , wherein a refractive index of the low refractive index layer is in a range of 1.1 to 1.3; characterized in that the first color filter , the second color filter , and the low refractive index layer include at least one of a first blue pigment and a first blue dye.
Machine for handling containers , comprising a rotatable handling table and a container inlet in frontal orientation (BEF) or parallel orientation (BEP), further comprising a sawtooth star wheel for separating incoming containers at transport pitch (TT) of the handling table and for the tangential transfer of the containers onto the handling table ; and an inlet conveyor belt with at least one lateral container guide for transferring the containers to the sawtooth star wheel , characterized in that the inlet conveyor belt and the lateral container guide run with lateral curvature (KE) to the saw-tooth star wheel , and the inlet conveyor belt is designed such that together with the inlet pitch of the sawtooth star wheel it defines an S-shaped transport path for the containers .
Arrangement having a concrete foundation and a tower for carrying a pod of a wind turbine , wherein the tower comprises a number (i = 1, 2, ..., n) of tower segments which are arranged along a tower axis and at least one uppermost tower segment comprises a base flange , characterised in that - at least the uppermost tower segment comprises an upper flange , and - the uppermost tower segment of the number of tower segments is formed as a steel element, wherein the tower is formed exclusively from one or more steel elements in each case as a steel tower segment so that a steel tower is formed; - a number (j) of tensioning or drawing wires tension the concrete foundation with respect to the upper flange of the uppermost tower segment under tensile stress. - at least the uppermost tower segment comprises an upper flange , and - the uppermost tower segment of the number of tower segments is formed as a steel element, wherein the tower is formed exclusively from one or more steel elements in each case as a steel tower segment so that a steel tower is formed; - a number (j) of tensioning or drawing wires tension the concrete foundation with respect to the upper flange of the uppermost tower segment under tensile stress.
A hydraulic transmission comprising: - a hydraulic pump connected to at least one hydraulic motor via a hydraulic assistance circuit, - a primary motor (M) associated with a clutch so as to drive in rotation the hydraulic pump via the clutch when the clutch is engaged, and so as to decouple the hydraulic pump from the primary motor (M) when the clutch is disengaged, the hydraulic transmission comprising an assistance booster pump , configured so as to be driven in rotation by the primary motor (M) when the clutch is engaged, and to be decoupled from the primary motor (M) when the clutch is disengaged, characterized in that it further comprises a standby booster pump , configured so as to be able to be actuated independently of the assistance booster pump . - a hydraulic pump connected to at least one hydraulic motor via a hydraulic assistance circuit, - a primary motor (M) associated with a clutch so as to drive in rotation the hydraulic pump via the clutch when the clutch is engaged, and so as to decouple the hydraulic pump from the primary motor (M) when the clutch is disengaged, the hydraulic transmission comprising an assistance booster pump , configured so as to be driven in rotation by the primary motor (M) when the clutch is engaged, and to be decoupled from the primary motor (M) when the clutch is disengaged, characterized in that it further comprises a standby booster pump , configured so as to be able to be actuated independently of the assistance booster pump .
A blade group assembly for a turbomachine, for forming a blade row group, said blade group assembly having a front blade and a rear blade which are offset to each other in the axial and circumferential directions of the blade group assembly and form an overlap region in the flow direction, said overlap region running between a pressure surface of the front blade and a suction surface of the rear blade , the overlap region having a convergent profile so that the pressure surface of the front blade and the suction surface of the rear blade taper in a nozzle-like manner relative to each other in the flow direction, characterised in that a contraction ratio (KV) between an inlet area (D min,1 ), which is defined as the smallest distance between a leading edge of the rear blade and the pressure surface of the front blade multiplied by a radial unit height, and an outlet area (D min,2 ), which is described by the smallest distance between the suction surface of the rear blade and the pressure surface of the front blade multiplied by a radial unit height, is within the range of 1.2 ≤ KV ≤ 2.8.
A method of treating a waste stream from a food processing plant, the method comprising: (a) providing a waste stream comprising contaminants containing 5000 to 30000 ppm total suspended solids and at least 1000 ppm fats, oils and grease (FOG), (b) providing waste activated sludge in an amount that is at least 10% of the volume of the waste stream , the waste activated sludge comprising at least 1 % bacterial concentration; (c) combining the waste stream and the waste activated sludge in a mix tank for no more than 5 minutes, allowing the contaminants in the waste stream to adsorb onto the bacteria in the waste activated sludge; (d) adding a flocculent after the contaminants have been adsorbed onto the bacteria; (e) separating any solids; and (f) disposing of the solids; wherein the waste activated sludge is obtained by: (i) providing a second waste stream comprising less than 1000 ppm total suspended solids; (ii) transporting the second waste stream to an aeration basin comprising bacteria; (iii) transporting the second waste stream and the bacteria to a clarifier ; (iv) dividing the bacteria in the clarifier into at least a first portion of bacteria called return activated sludge, and a second portion of bacteria called waste activated sludge; (v) sending the return activated sludge to the aeration basin ; (vi) sending the waste activated sludge to the mix tank . (a) providing a waste stream comprising contaminants containing 5000 to 30000 ppm total suspended solids and at least 1000 ppm fats, oils and grease (FOG), (b) providing waste activated sludge in an amount that is at least 10% of the volume of the waste stream , the waste activated sludge comprising at least 1 % bacterial concentration; (c) combining the waste stream and the waste activated sludge in a mix tank for no more than 5 minutes, allowing the contaminants in the waste stream to adsorb onto the bacteria in the waste activated sludge; (d) adding a flocculent after the contaminants have been adsorbed onto the bacteria; (e) separating any solids; and (f) disposing of the solids; (i) providing a second waste stream comprising less than 1000 ppm total suspended solids; (ii) transporting the second waste stream to an aeration basin comprising bacteria; (iii) transporting the second waste stream and the bacteria to a clarifier ; (iv) dividing the bacteria in the clarifier into at least a first portion of bacteria called return activated sludge, and a second portion of bacteria called waste activated sludge; (v) sending the return activated sludge to the aeration basin ; (vi) sending the waste activated sludge to the mix tank .
A no-frost refrigerator unit and/or freezer unit comprising a fan for the generation of an airflow in a compartment of the unit to be cooled, wherein the unit comprises detection means for the detection of at least one parameter as well as a control or regulation unit which is made such that it varies the speed of the fan in dependence on the at least one measured parameter, characterized in that the at least one operating parameter is an operating state of the unit, with the operating state including the states "defrosting phase" and "normal operation", with the unit being operated in normal operation at a nominal speed and the speed of the fan being increased for a certain period of time before and immediately after a defrosting phase.
An abnormal temperature detection device comprising: a temperature acquirer configured to acquire temperature data (D1, D2); a preprocessor configured to perform preprocessing of calculating a feature amount indicating at least one of a standard deviation, a first-order difference, and a second-order difference of the temperature data (D1, D2); a synthesizer configured to perform synthesis processing of synthesizing the feature amount and past determination information indicating whether the temperature data (D1, D2) acquired in the past is normal or abnormal; a learner configured to generate an identification model (CM) by performing machine learning on a result of synthesis by the synthesizer ; and a determiner configured to determine whether temperature data (D2) for detection which is acquired by the temperature acquirer , and on which the preprocessing is performed by the preprocessor and the synthesis processing is performed by the synthesizer , is normal or abnormal by using the identification model (CM). a temperature acquirer configured to acquire temperature data (D1, D2); a preprocessor configured to perform preprocessing of calculating a feature amount indicating at least one of a standard deviation, a first-order difference, and a second-order difference of the temperature data (D1, D2); a synthesizer configured to perform synthesis processing of synthesizing the feature amount and past determination information indicating whether the temperature data (D1, D2) acquired in the past is normal or abnormal; a learner configured to generate an identification model (CM) by performing machine learning on a result of synthesis by the synthesizer ; and a determiner configured to determine whether temperature data (D2) for detection which is acquired by the temperature acquirer , and on which the preprocessing is performed by the preprocessor and the synthesis processing is performed by the synthesizer , is normal or abnormal by using the identification model (CM).
An air purification system that generates plasma using voltage, the air purification system comprising: a first linear electrode that is configured to generate electromagnetic resonance when power is supplied; a second electrode disposed surrounding the first electrode in a state of being separated from the first electrode, and comprising an inlet ; a power feeder that is configured to supply power to the first electrode; an electric field probe that is configured to measure an intensity of an electric field between the first electrode and the second electrode; and a controller that is configured to control the power supplied to the first electrode, characterised in that the controller is configured to perform control by adjusting a frequency of the power supplied to the first electrode and a position at which the power is supplied to the first electrode, to cause a half wavelength during the electromagnetic resonance in the second electrode to be a sum of the length of the first linear electrode in the longitudinal direction and the length of plasma generated in the same longitudinal direction between one end of the first linear electrode and the inlet , and maximize an output value of a signal indicating the intensity of the electric field measured by the electric field probe. a first linear electrode that is configured to generate electromagnetic resonance when power is supplied; a second electrode disposed surrounding the first electrode in a state of being separated from the first electrode, and comprising an inlet ; a power feeder that is configured to supply power to the first electrode; an electric field probe that is configured to measure an intensity of an electric field between the first electrode and the second electrode; and a controller that is configured to control the power supplied to the first electrode, characterised in that the controller is configured to perform control by adjusting a frequency of the power supplied to the first electrode and a position at which the power is supplied to the first electrode, to cause a half wavelength during the electromagnetic resonance in the second electrode to be a sum of the length of the first linear electrode in the longitudinal direction and the length of plasma generated in the same longitudinal direction between one end of the first linear electrode and the inlet , and maximize an output value of a signal indicating the intensity of the electric field measured by the electric field probe.
A rear derailleur assembly for mounting to a bicycle, wherein the bicycle includes a frame , comprising: an upper body portion for operationally engaging the rear derailleur assembly to the frame ; a chain cage for engaging a chain of the bicycle; a controller pivotally connected to the upper body portion ; a lower body portion operationally connected to the chain cage , pivotally connected to the controller , and pivotally connected to the chain cage about a pivot axis ; and a damper assembly configured to provide increased rotational resistance as the chain cage rotates in a first direction about the pivot axis due to increased frictional contact between the damper assembly and the lower body portion ; wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis ; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction. an upper body portion for operationally engaging the rear derailleur assembly to the frame ; a chain cage for engaging a chain of the bicycle; a controller pivotally connected to the upper body portion ; a lower body portion operationally connected to the chain cage , pivotally connected to the controller , and pivotally connected to the chain cage about a pivot axis ; and a damper assembly configured to provide increased rotational resistance as the chain cage rotates in a first direction about the pivot axis due to increased frictional contact between the damper assembly and the lower body portion ; wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis ; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction. wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis ; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction.
A method in an electronic device, comprising: selecting a plurality of focus targets in a preview mode ; calculating camera lens moving distances of the focus targets; shooting an image of each focus target from a single fixed angle by reference to the camera lens moving distances of the focus targets; displaying an image focused on a particular focus target; detecting a touch input on a particular subject in the image focused on the particular focus target; searching for an image focused on the touched subject; when finding an image focused on the touched subject, displaying the image focused on the touched subject; and when finding no image focused on the touched subject, displaying an image focused on a portion closest to the touched subject. selecting a plurality of focus targets in a preview mode ; calculating camera lens moving distances of the focus targets; shooting an image of each focus target from a single fixed angle by reference to the camera lens moving distances of the focus targets; displaying an image focused on a particular focus target; detecting a touch input on a particular subject in the image focused on the particular focus target; searching for an image focused on the touched subject; when finding an image focused on the touched subject, displaying the image focused on the touched subject; and when finding no image focused on the touched subject, displaying an image focused on a portion closest to the touched subject.