mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented system for operations management in a workplace environment incorporating human resources in an automated environment, comprising: a network of a plurality of modular shell components, wherein each shell component is a self-contained functional unit customised from a generalised shell component for an application or context by the addition of plugin software components and wherein each shell component is configured to include data stores and to interface with plugin software components to autonomously manage data and decisions related to the operations of a resource or an activity in an automated environment, wherein: at least one of the shell components is configured for a human resource and the human-resource shell component provides activity scheduling and data management for a role of the human resource; at least one of the shell components is configured for a non-human resource for activity scheduling and data management of the non-human resource; and at least one of the shell components is configured for an activity to be carried out by a human resource or a non-human resource; and wherein each shell component includes a communication component to communicate with one or more other shell components to provide a scalable architecture. a network of a plurality of modular shell components, wherein each shell component is a self-contained functional unit customised from a generalised shell component for an application or context by the addition of plugin software components and wherein each shell component is configured to include data stores and to interface with plugin software components to autonomously manage data and decisions related to the operations of a resource or an activity in an automated environment, wherein: at least one of the shell components is configured for a human resource and the human-resource shell component provides activity scheduling and data management for a role of the human resource; at least one of the shell components is configured for a non-human resource for activity scheduling and data management of the non-human resource; and at least one of the shell components is configured for an activity to be carried out by a human resource or a non-human resource; and at least one of the shell components is configured for a human resource and the human-resource shell component provides activity scheduling and data management for a role of the human resource; at least one of the shell components is configured for a non-human resource for activity scheduling and data management of the non-human resource; and at least one of the shell components is configured for an activity to be carried out by a human resource or a non-human resource; and wherein each shell component includes a communication component to communicate with one or more other shell components to provide a scalable architecture.
A system for climate control in closed or semi closed spaces, comprising an air conditioning unit for air filtering, cooling and de-humidification and heating, a heat pump, and a unit for capturing CO 2 from ambient air, wherein said unit for capturing CO 2 from ambient air comprises two process units (134, 172), characterized in that said process units (134, 172) are capable of adsorbing and desorbing CO 2 on an adsorbent, and working alternately in adsorbing and desorbing mode.
A suction valve device for die-casting machine comprising a mould with at least two separable mould parts (12a, 12b), the suction valve device comprising a body with a valve chamber comprising a suction chamber and a control chamber, a sliding valve mounted in the valve chamber, the sliding valve comprising a first part with a valve head (44, 44') cooperating with a valve seat (22, 22') on the body for opening and closing of the valve, and a second part comprising a piston mounted in the control chamber, the control chamber being connected to fluid control connections (26a, 26b) for exerting pressure on the piston for controlling opening and closing of the valve, the second valve part and the first valve part being aligned on the same axis in the direction of displacement of the sliding valve, the first and second parts of the sliding valve being separable, the suction valve device being configured to be disposed on one of said mould parts and oriented such that said axis of the sliding valve is transversal to a plane of separation of said mould parts, the first valve part being separable from the device from the side of said plane of separation.
Filter device for a vacuum cleaner having a turbine device for generating at least one first and one second main air stream (8a, 8b) through at least one sub-region of the vacuum cleaner, and having a control unit, characterized by - a first chamber with a first filter element, a first outflow opening, a first incoming-flow opening and a first pressure surge element which subdivides the first chamber into a first and a second space (23a, 24a) and which is reversibly movable between a first and a second position, and - a second chamber with a second filter element, a second outflow opening, a second incoming-flow opening and a second pressure surge element which subdivides the second chamber into a first and a second space (23b, 24b) and which is reversibly movable between a first and a second position. - a first chamber with a first filter element, a first outflow opening, a first incoming-flow opening and a first pressure surge element which subdivides the first chamber into a first and a second space (23a, 24a) and which is reversibly movable between a first and a second position, and - a second chamber with a second filter element, a second outflow opening, a second incoming-flow opening and a second pressure surge element which subdivides the second chamber into a first and a second space (23b, 24b) and which is reversibly movable between a first and a second position.
Polypropylene composition comprising (a) a heterophasic propylene copolymer (HECO) comprising a matrix being a propylene homopolymer (H-PP) or propylene copolymer (R-PP) and an elastomeric propylene copolymer dispersed in said matrix, and (b) a mineral filler, wherein said heterophasic propylene copolymer (HECO) has (i) a melting temperature determined by differential scanning calorimetry in the range of 140 to 155 °C, (ii) a xylene cold soluble content in the range of 20 to 35 wt.-%, (iii) a comonomer content of the xylene cold soluble fraction in the range of 18 to 95 wt.%, wherein further the weight ratio between heterophasic propylene copolymer (HECO) and the mineral filler [(HECO)/] is in the range of 2/1 to below 4/1. (a) a heterophasic propylene copolymer (HECO) comprising a matrix being a propylene homopolymer (H-PP) or propylene copolymer (R-PP) and an elastomeric propylene copolymer dispersed in said matrix, and a matrix being a propylene homopolymer (H-PP) or propylene copolymer (R-PP) and an elastomeric propylene copolymer dispersed in said matrix, (b) a mineral filler, (i) a melting temperature determined by differential scanning calorimetry in the range of 140 to 155 °C, (ii) a xylene cold soluble content in the range of 20 to 35 wt.-%, (iii) a comonomer content of the xylene cold soluble fraction in the range of 18 to 95 wt.%,
A handle assembly, comprising a handle seat including a through hole, wherein the handle seat further comprises a plurality of inner side holes and a plurality of first magnets placed in the inner side holes; the inner side holes are disposed in a manner of surrounding the through hole; the first magnets are columnar; axes of the first magnets are parallel to the inner side holes; the first magnets are divided into south poles and north poles in a radial direction and rotatable about the axes in the inner side holes; the handle assembly further comprises a waterproof piece; the waterproof piece comprises baffles and flanges located at edges of the baffles; the waterproof piece is placed in the through hole; the flanges are engaged with the through hole; the flanges comprise a plurality of outer side holes and a plurality of second magnets placed in the outer side holes; the outer side holes are disposed in a manner of surrounding the baffles; the second magnets are columnar; axes of the second magnets are parallel to the inner side holes; the second magnets are divided into south poles and north poles in a radial direction and rotatable about the axes in the outer side holes.
A downhole acoustic transmitter for use in downhole communication, comprising: (a) an enclosure comprising a first end coupling, a second end coupling, a tubular outer housing having a first end coupled to the first end coupling and a second end coupled to the second end coupling, and an inner mandrel inside the outer housing and extending between the first and second end couplings (402, 410) such that an annular space is defined between the inner mandrel and the outer housing; (b) a piezoelectric transducer in the annular space, and having a first end contacting an inner face of the first end coupling in an axial direction; (c) a transducer preload means in the annular space and contacting the piezoelectric transducer such that a compressive preload force is applied to the piezoelectric transducer in the axial direction; and (d) an acoustic tuning element in the annular space and having a first end attached to the transducer preload means or to the piezoelectric transducer, and a second end that is axially spaced from the second end coupling such that an axial gap is defined there between, and such that an assembly comprising the piezoelectric transducer, transducer preload means and acoustic tuning element is attached to the enclosure only at the first end coupling. (a) an enclosure comprising a first end coupling, a second end coupling, a tubular outer housing having a first end coupled to the first end coupling and a second end coupled to the second end coupling, and an inner mandrel inside the outer housing and extending between the first and second end couplings (402, 410) such that an annular space is defined between the inner mandrel and the outer housing; (b) a piezoelectric transducer in the annular space, and having a first end contacting an inner face of the first end coupling in an axial direction; (c) a transducer preload means in the annular space and contacting the piezoelectric transducer such that a compressive preload force is applied to the piezoelectric transducer in the axial direction; and (d) an acoustic tuning element in the annular space and having a first end attached to the transducer preload means or to the piezoelectric transducer, and a second end that is axially spaced from the second end coupling such that an axial gap is defined there between, and such that an assembly comprising the piezoelectric transducer, transducer preload means and acoustic tuning element is attached to the enclosure only at the first end coupling.
A method for vehicle routing on a road segment, the method comprising the following steps: a) providing, in a memory element, first data describing the road segment and second data describing an initial allocation of vehicles (V1-V7) engaged on the road segment, comprising a set of features comprising vehicle dimensions for each vehicle, and an indication of the surface occupied by each vehicle on the road segment; b) using data processing means, determining groups of vehicles (G1, G2, G3) based on said second data, wherein vehicles in the same group share at least one common feature; characterized in that the method further comprises the following steps: c) using data processing means, computing allocation data by: - associating at least one shape (S1, S2, S3) with each group of vehicles (G1, G2, G3), wherein the shapes are chosen so that the aggregate surface of the shapes covers the aggregate surface occupied by all the vehicles of said group; - allocating the shapes, including the vehicles associated with each shape, to portions of the road segment; wherein the shapes and the allocation are such that they satisfy a set of constraints, comprising the dimensions of said road segment and traffic rules applicable to said road segment at the time of allocation; d) communicating at least part of the resulting allocation data to said groups of vehicles (G1, G2, G3). a) providing, in a memory element, first data describing the road segment and second data describing an initial allocation of vehicles (V1-V7) engaged on the road segment, comprising a set of features comprising vehicle dimensions for each vehicle, and an indication of the surface occupied by each vehicle on the road segment; b) using data processing means, determining groups of vehicles (G1, G2, G3) based on said second data, wherein vehicles in the same group share at least one common feature; c) using data processing means, computing allocation data by: - associating at least one shape (S1, S2, S3) with each group of vehicles (G1, G2, G3), wherein the shapes are chosen so that the aggregate surface of the shapes covers the aggregate surface occupied by all the vehicles of said group; - allocating the shapes, including the vehicles associated with each shape, to portions of the road segment; wherein the shapes and the allocation are such that they satisfy a set of constraints, comprising the dimensions of said road segment and traffic rules applicable to said road segment at the time of allocation; - associating at least one shape (S1, S2, S3) with each group of vehicles (G1, G2, G3), wherein the shapes are chosen so that the aggregate surface of the shapes covers the aggregate surface occupied by all the vehicles of said group; - allocating the shapes, including the vehicles associated with each shape, to portions of the road segment; wherein the shapes and the allocation are such that they satisfy a set of constraints, comprising the dimensions of said road segment and traffic rules applicable to said road segment at the time of allocation; d) communicating at least part of the resulting allocation data to said groups of vehicles (G1, G2, G3).
A method for a WiFi terminal to access a packet data, PS, service domain, carried out by a trusted gateway which communicates with communication devices in a wireless local area network and the PS service domain, comprising: receiving, by the trusted gateway, an accounting request message sent by an authentication, authorization and accounting, AAA, server, or a dynamic host configuration protocol, DHCP, request message sent by the WiFi terminal; and establishing, by the trusted gateway, a first packet data protocol, PDP, context connection or a first packet data network, PDN, connection with the PS service domain according to attribute information of the WiFi terminal after receiving the accounting request message or the DHCP request message, so that the WiFi terminal accesses the PS service domain via the wireless local area network, the trusted gateway, and the established first PDP context connection or the first PDN connection; wherein the attribute information of the WiFi terminal is obtained from the AAA server for the trusted gateway to establish the first PDP context connection or the first PDN connection with the PS service domain for the WiFi terminal to access the PS service domain. receiving, by the trusted gateway, an accounting request message sent by an authentication, authorization and accounting, AAA, server, or a dynamic host configuration protocol, DHCP, request message sent by the WiFi terminal; and establishing, by the trusted gateway, a first packet data protocol, PDP, context connection or a first packet data network, PDN, connection with the PS service domain according to attribute information of the WiFi terminal after receiving the accounting request message or the DHCP request message, so that the WiFi terminal accesses the PS service domain via the wireless local area network, the trusted gateway, and the established first PDP context connection or the first PDN connection; wherein the attribute information of the WiFi terminal is obtained from the AAA server for the trusted gateway to establish the first PDP context connection or the first PDN connection with the PS service domain for the WiFi terminal to access the PS service domain.
A valve comprising: a body having an inlet, an outlet, a needleless access port coupled to the body, the access port configured to be actuated by a needleless connector, the access port comprising an interior space; wherein the inlet is selectively coupled to the outlet through the interior space such that fluid entering the inlet entirely flows through the interior space to the outlet; and characterized in that it further comprises: a post; and a rotatable element disposed within the body so that the post protrudes into the rotatable element, the rotatable element having an inlet port, an outlet port, first and second side ports (56, 57), an axis of rotation, and a direct passage from the inlet port directly to the outlet port; the body and rotatable element are configured to cooperatively displace the rotatable element with respect to the body along the axis of rotation as the rotatable element is moved between a first and a second position, the post blocks the direct passage when the rotatable element is in the first position; and the direct passage is at least partially open when the rotatable element is in the second position. a body having an inlet, an outlet, a needleless access port coupled to the body, the access port configured to be actuated by a needleless connector, the access port comprising an interior space; wherein the inlet is selectively coupled to the outlet through the interior space such that fluid entering the inlet entirely flows through the interior space to the outlet; and characterized in that it further comprises: a post; and a rotatable element disposed within the body so that the post protrudes into the rotatable element, the rotatable element having an inlet port, an outlet port, first and second side ports (56, 57), an axis of rotation, and a direct passage from the inlet port directly to the outlet port; the body and rotatable element are configured to cooperatively displace the rotatable element with respect to the body along the axis of rotation as the rotatable element is moved between a first and a second position, the post blocks the direct passage when the rotatable element is in the first position; and the direct passage is at least partially open when the rotatable element is in the second position. a post; and a rotatable element disposed within the body so that the post protrudes into the rotatable element, the rotatable element having an inlet port, an outlet port, first and second side ports (56, 57), an axis of rotation, and a direct passage from the inlet port directly to the outlet port; the body and rotatable element are configured to cooperatively displace the rotatable element with respect to the body along the axis of rotation as the rotatable element is moved between a first and a second position, the post blocks the direct passage when the rotatable element is in the first position; and the direct passage is at least partially open when the rotatable element is in the second position.
In vitro or ex vivo method to evaluate the condition of the epidermis of dry skin, comprising at least the steps of: a) determining the content of a polypeptide having an amino acid sequence encoded by a nucleic acid sequence represented by a sequence selected from among SEQ ID NO 1, SEQ ID NO 2 or SEQ ID NO 3, an analogue thereof having at least 85 % sequence homology and biological activity of same type, or of nucleic acids encoding said polypeptide, in an epidermis sample; and b) comparing said content determined at step a) with a reference value, the condition of the epidermis being characterized by determining the content determined at step a) as being 5 to 10 times lower than the reference value. a) determining the content of a polypeptide having an amino acid sequence encoded by a nucleic acid sequence represented by a sequence selected from among SEQ ID NO 1, SEQ ID NO 2 or SEQ ID NO 3, an analogue thereof having at least 85 % sequence homology and biological activity of same type, or of nucleic acids encoding said polypeptide, in an epidermis sample; and b) comparing said content determined at step a) with a reference value, the condition of the epidermis being characterized by determining the content determined at step a) as being 5 to 10 times lower than the reference value.
An electric power tool comprising: a motor; a housing receiving the motor; a power transmission mechanism (8, 9) configured to transmit a driving force of the motor to rotate a tool; a snap switch including a swing type lever configured to turn on or off rotation of the motor, the snap switch being received inside the housing; a switch lever (21, 51, 71) configured to move in a direction substantially perpendicular to a surface of the housing; a push bar configured to move the swing type lever in conjunction with the movement of the switch lever; and an urging unit configured to urge the push bar in a direction in which the switch is turned off, characterized in that the switch lever (21, 51, 71) includes a swing fulcrum (21 a, 51 a, 71a) disposed in one end side of the switch lever and an engaging part (21c, 51c, 71c) which is engaged with the push bar and is disposed in the other end side of the switch lever, and the switch lever (21, 51, 71) is configured to rotate around the swing fulcrum (21a, 51 a, 71a) by a minute distance. a motor; a housing receiving the motor; a power transmission mechanism (8, 9) configured to transmit a driving force of the motor to rotate a tool; a snap switch including a swing type lever configured to turn on or off rotation of the motor, the snap switch being received inside the housing; a switch lever (21, 51, 71) configured to move in a direction substantially perpendicular to a surface of the housing; a push bar configured to move the swing type lever in conjunction with the movement of the switch lever; and an urging unit configured to urge the push bar in a direction in which the switch is turned off, characterized in that the switch lever (21, 51, 71) includes a swing fulcrum (21 a, 51 a, 71a) disposed in one end side of the switch lever and an engaging part (21c, 51c, 71c) which is engaged with the push bar and is disposed in the other end side of the switch lever, and the switch lever (21, 51, 71) is configured to rotate around the swing fulcrum (21a, 51 a, 71a) by a minute distance.
A method for manufacturing a blade tip coating, the blade tip coating comprising an abrasive and a matrix, the method comprising: forming a mixture comprising the abrasive, a precursor of the matrix, and an additional particulate; and pressing the mixture, the additional particulate acting as a stop to limit thickness reduction of the mixture. forming a mixture comprising the abrasive, a precursor of the matrix, and an additional particulate; and pressing the mixture, the additional particulate acting as a stop to limit thickness reduction of the mixture.