mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling output arbitration, comprising: storing a received data stream in a corresponding data cache queue according to a de-multiplexing filter condition, and updating data address information of the corresponding data cache queue (S100); when it is determined that a length of cache data in the data cache queue is greater than or equal to a fixed length, or when it is determined that the length of the cache data is less than the fixed length but the cache data contains an End Of Packet, EOP, controlling the data cache queue to apply for output arbitration and updating a state of the data cache queue (S101), which is related to the length of the data cache queue; and outputting the cache data in the data cache queue which applies for the output arbitration according to a preset scheduling rule and the state of the data cache queue (S102). storing a received data stream in a corresponding data cache queue according to a de-multiplexing filter condition, and updating data address information of the corresponding data cache queue (S100); when it is determined that a length of cache data in the data cache queue is greater than or equal to a fixed length, or when it is determined that the length of the cache data is less than the fixed length but the cache data contains an End Of Packet, EOP, controlling the data cache queue to apply for output arbitration and updating a state of the data cache queue (S101), which is related to the length of the data cache queue; and outputting the cache data in the data cache queue which applies for the output arbitration according to a preset scheduling rule and the state of the data cache queue (S102).
Retaining device for keeping an opening leaf of a vehicle in the closed or ajar position to improve the quality of the coating of a vehicle, comprising a stop-piece designed to be immobilized on the bodywork pillar of the vehicle, wherein - the stop-piece comprises a nose to prevent a closing movement of the opening leaf beyond said closed or ajar position, and a hook to prevent an opening movement of the opening leaf outside of said closed or ajar position; characterized in that : - a reinforcer designed to be secured to an edge of the opening leaf intended to come into contact with a vehicle bodywork pillar as the opening leaf is closed, comprising a bent sheet-metal plate forming two substantially mutually perpendicular flanges , a first flange designed to be secured to a wall in the thickness of the opening leaf, and a second flange designed to be secured to a wall of the opening leaf facing the interior of the vehicle, an orifice to allow the stop-piece to pass when the opening leaf is brought close to the bodyshell pillar, and a protrusion at the end of the reinforcer opposite to said orifice ; wherein - the stop-piece is mounted level with said reinforcer ; - the nose is able to come into contact with said protrusion ; and - the hook able to come into contact with said protrusion . - the stop-piece comprises a nose to prevent a closing movement of the opening leaf beyond said closed or ajar position, and a hook to prevent an opening movement of the opening leaf outside of said closed or ajar position; - a reinforcer designed to be secured to an edge of the opening leaf intended to come into contact with a vehicle bodywork pillar as the opening leaf is closed, comprising a bent sheet-metal plate forming two substantially mutually perpendicular flanges , a first flange designed to be secured to a wall in the thickness of the opening leaf, and a second flange designed to be secured to a wall of the opening leaf facing the interior of the vehicle, an orifice to allow the stop-piece to pass when the opening leaf is brought close to the bodyshell pillar, and a protrusion at the end of the reinforcer opposite to said orifice ; wherein - the stop-piece is mounted level with said reinforcer ; - the nose is able to come into contact with said protrusion ; and - the hook able to come into contact with said protrusion .
Measurement system for determining a polarization parameter of an optical system , comprising: - an illumination system for providing optical radiation, - a measurement mask , which is arranged between the illumination system and the optical system and comprises measurement structures arranged at a plurality of field points of the measurement mask, - a polarization variation device , which is arranged in a beam path of the optical radiation and is configured to vary a polarization state of the optical radiation in a field-point-dependent manner, such that at the same point in time one of the field points is irradiated with the optical radiation in a first polarization state and another of the field points is irradiated with the optical radiation in a second polarization state, and - a detection module , which is configured to detect the optical radiation after interaction with the optical system, characterized in that the measurement structures are arranged in a plurality of measurement fields and the polarization variation device is configured to vary the polarization state of the optical radiation within each of the measurement fields with the same variation pattern in a field-point-dependent manner. - an illumination system for providing optical radiation, - a measurement mask , which is arranged between the illumination system and the optical system and comprises measurement structures arranged at a plurality of field points of the measurement mask, - a polarization variation device , which is arranged in a beam path of the optical radiation and is configured to vary a polarization state of the optical radiation in a field-point-dependent manner, such that at the same point in time one of the field points is irradiated with the optical radiation in a first polarization state and another of the field points is irradiated with the optical radiation in a second polarization state, and - a detection module , which is configured to detect the optical radiation after interaction with the optical system, characterized in that the measurement structures are arranged in a plurality of measurement fields and the polarization variation device is configured to vary the polarization state of the optical radiation within each of the measurement fields with the same variation pattern in a field-point-dependent manner.
A system for managing interactions of a customer contact center, the system comprising: a processor ; and a memory , wherein the memory has stored therein instructions that, when executed by the processor , cause the processor to: receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; characterized in that the contact center agent is reserved for a configurable amount of time in response to the request; and that the routing logic is a personalized routing script generated by the customer, and the personalized routing script is invoked for routing the interaction to the reserved contact center agent. a processor ; and a memory , wherein the memory has stored therein instructions that, when executed by the processor , cause the processor to: receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; characterized in that the contact center agent is reserved for a configurable amount of time in response to the request; and that the routing logic is a personalized routing script generated by the customer, and the personalized routing script is invoked for routing the interaction to the reserved contact center agent.
A data reception chip coupled to an external memory comprising a first input-output pin to output first data, comprising: a comparison module coupled to the first input-output pin to receive the first data and comparing the first data with a first reference voltage to identify the value of the first data; and a voltage generation module configured to generate the first reference voltage and comprising: a plurality of first resistors connected in series with one another and dividing a first operation voltage to generate a plurality of first divided voltages; and a first selection unit selecting one of the first divided voltages as the first reference voltage according to a first control signal, wherein the first operation voltage is coupled to the first data and the voltage generation module . a comparison module coupled to the first input-output pin to receive the first data and comparing the first data with a first reference voltage to identify the value of the first data; and a voltage generation module configured to generate the first reference voltage and comprising: a plurality of first resistors connected in series with one another and dividing a first operation voltage to generate a plurality of first divided voltages; and a first selection unit selecting one of the first divided voltages as the first reference voltage according to a first control signal, wherein the first operation voltage is coupled to the first data and the voltage generation module . a plurality of first resistors connected in series with one another and dividing a first operation voltage to generate a plurality of first divided voltages; and a first selection unit selecting one of the first divided voltages as the first reference voltage according to a first control signal, wherein the first operation voltage is coupled to the first data and the voltage generation module .
A method of preparing at least one ester polyol, comprising esterifying at least one ozone acid with at least one primary polyol to produce an ester polyol, wherein the at least one primary polyol comprises at least two branched primary polyols and the method comprises esterifying the ozone acid(s) with at least two branched primary polyols, wherein the at least one ozone acid is a mixture of ozone acids derived from the ozonolysis of palm oil.
Cleaning system comprising a storage container with an underside and a top side , as well as cleaning devices which are connected to the storage container in such a manner that they can be detached in a non-destructive manner, wherein the cleaning devices each comprise a function part that is substantially rectangular in shape, wherein the function part has at least one longitudinal side and at least one transverse side , and a device handle extending in the axial direction that is pivotally connected to the function part in such a manner that, when viewed in its longitudinal direction , the function part is pivotable parallel to the device handle , wherein the storage container has a number of holding devices and/or guides corresponding to the number of cleaning devices to be transported, which are each arranged side by side when viewed transversely to the axial direction of the device handles , for receiving the transverse sides and/or longitudinal sides of the function parts in each case and wherein the transverse sides and/or longitudinal sides of the cleaning devices connected to the storage container are arranged side by side and in a substantially form-fitting manner in the corresponding holding devices and/or guides without overlapping one another, characterized in that when viewed in the axial direction of the device handles , the guides designed as tilt protection are arranged between the holding devices and the top side in each case, wherein the number of guides corresponds to the number of holding devices and wherein the guides each guide a function part pivoted parallel to the device handle .
A method for producing a bonded article by press-moulding and carbonating a granular, carbonatable material, characterised in that the granular material is applied in a mould, is brought in contact in said mould with a gas which contains at least 1 vol.% of carbon dioxide and is subsequently press-moulded in said mould under a compaction pressure of at least 25 Mpa in the presence of said gas so as to be carbonated during said press-moulding step, where said granular material comprises slag from metal production processes, slag from the production of phosphorus, bottom ash and/or fly ash, the granular material preferably comprises steel slag, in particular stainless steel slag.
Cable leadthrough for at least one cable into a housing with an opening , which cable leadthrough is provided with a cover comprising at least two housing shells and with at least one opening , wherein a separating plane of the housing shells extends centrally through the opening ; and wherein, for sealing off the housing , provision is made of at least one elastic and/or flexible sealing element which comprises a cable passage with a slot to its lateral edge, wherein provision is made of a counterpressure plate which comprises at least one cable passage and which covers the opening and which, for sealing off the housing , interacts with the sealing element and the cover , wherein the sealing element is arranged with a predetermined oversize between the cover and the counterpressure plate and is subjected to axial pressing pressure (P), wherein the sealing element has a first cylinder which bears on the counterpressure plate and which is rounded in vicinity of the opening of the cover , and wherein the opening of the cover , proceeding from an edge of the opening , is conically widened at the inner side, whereby provision is made of a contour which interacts with the rounding of the sealing element in such a way that, under the pressing force (P), the sealing element undergoes an axial (A) and radial (R) compression (K) without the occurrence of shear force. a separating plane of the housing shells extends centrally through the opening ; and wherein, for sealing off the housing , provision is made of at least one elastic and/or flexible sealing element which comprises a cable passage with a slot to its lateral edge, wherein provision is made of a counterpressure plate which comprises at least one cable passage and which covers the opening and which, for sealing off the housing , interacts with the sealing element and the cover , wherein the sealing element is arranged with a predetermined oversize between the cover and the counterpressure plate and is subjected to axial pressing pressure (P), wherein the sealing element has a first cylinder which bears on the counterpressure plate and which is rounded in vicinity of the opening of the cover , and wherein the opening of the cover , proceeding from an edge of the opening , is conically widened at the inner side, whereby provision is made of a contour which interacts with the rounding of the sealing element in such a way that, under the pressing force (P), the sealing element undergoes an axial (A) and radial (R) compression (K) without the occurrence of shear force.
A manifold (112, 212; 200) for a steam system ; wherein the manifold (112, 212; 200) comprises: a body (144; 228) forming a first chamber extending between an inlet and an outlet, and a second chamber extending inward from a face of the body (144; 228) to intersect the first chamber, the body (144; 228) further forming a first passage extending from an intermediate region of the second chamber to a first port and a second passage extending from a distal region of the second chamber to a second port; a first gasket disposed in the intermediate region of the second chamber; a second gasket (196, 196', 294") disposed in the distal region of the second chamber; and a valve stem, mounted for translation within the second chamber between four positions to individually activate and deactivate the first port and the second port, with a central piston sized to engage the first gasket to block steam flow to the first port, and a distal piston longitudinally spaced apart from the central piston by a shaft portion and sized to engage the second gasket (196, 196', 294") to block steam flow to the second port. a body (144; 228) forming a first chamber extending between an inlet and an outlet, and a second chamber extending inward from a face of the body (144; 228) to intersect the first chamber, the body (144; 228) further forming a first passage extending from an intermediate region of the second chamber to a first port and a second passage extending from a distal region of the second chamber to a second port; a first gasket disposed in the intermediate region of the second chamber; a second gasket (196, 196', 294") disposed in the distal region of the second chamber; and a valve stem, mounted for translation within the second chamber between four positions to individually activate and deactivate the first port and the second port, with a central piston sized to engage the first gasket to block steam flow to the first port, and a distal piston longitudinally spaced apart from the central piston by a shaft portion and sized to engage the second gasket (196, 196', 294") to block steam flow to the second port.
A compound, which is selected from the group consisting of: or a pharmaceutically acceptable salt thereof.
A robot cleaner , comprising: a communication unit configured to communicate with a mobile terminal using a near field wireless communication (NFC); and a processor configured to detect a state of the robot cleaner among a plurality of predefined states, the plurality of predefined states comprising at least one of a standby state, a cleaning state, a state where its battery is being charged, a state of a component that needs to be replaced and an error state, characterized in that , the processor is further configured to, in response to an NFC tagging being performed with a mobile terminal , control the communication unit : to transmit, to the mobile terminal , information on an application, to receive, from the mobile terminal , information that the application is installed, and to transmit, to the mobile terminal and in response to receiving information that the application is installed, information including the detected state of the robot cleaner . a communication unit configured to communicate with a mobile terminal using a near field wireless communication (NFC); and a processor configured to detect a state of the robot cleaner among a plurality of predefined states, the plurality of predefined states comprising at least one of a standby state, a cleaning state, a state where its battery is being charged, a state of a component that needs to be replaced and an error state, characterized in that , the processor is further configured to, in response to an NFC tagging being performed with a mobile terminal , control the communication unit : to transmit, to the mobile terminal , information on an application, to receive, from the mobile terminal , information that the application is installed, and to transmit, to the mobile terminal and in response to receiving information that the application is installed, information including the detected state of the robot cleaner . to transmit, to the mobile terminal , information on an application, to receive, from the mobile terminal , information that the application is installed, and to transmit, to the mobile terminal and in response to receiving information that the application is installed, information including the detected state of the robot cleaner .
An organoid, comprising one or more types of cells, and comprising decellularized placental vascular scaffold, wherein said organoid performs at least one function of an organ, or a tissue from an organ; wherein said at least one function of an organ or tissue from an organ is production of a protein, growth factor, cytokine, interleukin, or small molecule characteristic of at least one cell type from said organ or tissue; wherein said decellularized placental vascular scaffold comprises substantially intact placental vasculature matrix; wherein said cells have been genetically engineered to produce a protein or polypeptide not naturally produced by the cell, or have been genetically engineered to produce a protein or polypeptide in an amount greater than that naturally produced by the cell; and wherein said cellular composition comprises differentiated cells.
A method of wireless communication comprising: receiving a data transmission during a first transmission time interval, TTI, that has a first duration; receiving an additional data transmission during a third TTI that has a second duration greater than the first duration; transmitting a control message during a second TTI that has the second duration, wherein the control message comprises acknowledgment information for the data transmission and acknowledgment information for the additional data transmission, wherein the control message includes a first field that corresponds to the data transmission during TTIs with the first duration and a second field that corresponds to the data transmission during TTIs with the second duration, and wherein a sum of the first number of bits and the second number of bits equals a total number of bits available for the acknowledgment information in the control message. receiving a data transmission during a first transmission time interval, TTI, that has a first duration; receiving an additional data transmission during a third TTI that has a second duration greater than the first duration; transmitting a control message during a second TTI that has the second duration, wherein the control message comprises acknowledgment information for the data transmission and acknowledgment information for the additional data transmission, wherein the control message includes a first field that corresponds to the data transmission during TTIs with the first duration and a second field that corresponds to the data transmission during TTIs with the second duration, and wherein a sum of the first number of bits and the second number of bits equals a total number of bits available for the acknowledgment information in the control message.