mhurhangee/patent-ind-claim-en huggingface dataset:
An extrusion die comprising: a storage part for holding a raw material (P); a pressure part for moving the raw material (P) in the storage part at a predetermined pressure; a first die provided so that the flow width of the raw material (P) passing through the storage part becomes narrower; a second die provided so that the flow width of the raw material (P) passing through the first die becomes wider and the flow thickness becomes smaller, along the flow direction (F) of the raw material (P); and a heating part for heating the raw material (P) passing through the second die , characterized in that the heating part is provided such that the start portion and the end portion of the heating zone are each formed in a curved line shape. a storage part for holding a raw material (P); a pressure part for moving the raw material (P) in the storage part at a predetermined pressure; a first die provided so that the flow width of the raw material (P) passing through the storage part becomes narrower; a second die provided so that the flow width of the raw material (P) passing through the first die becomes wider and the flow thickness becomes smaller, along the flow direction (F) of the raw material (P); and a heating part for heating the raw material (P) passing through the second die , characterized in that the heating part is provided such that the start portion and the end portion of the heating zone are each formed in a curved line shape.
A susceptor comprising: a base material with a recess; a tantalum carbide layer formed directly on a bottom surface of the recess; and a silicon carbide layer formed directly on a surface of the base material except for the recess, wherein the base material is made of a material having a coefficient of thermal expansion (CTE) of 4 to 6.5 x 10 -6 /°C (350 to 450°C). a base material with a recess; a tantalum carbide layer formed directly on a bottom surface of the recess; and a silicon carbide layer formed directly on a surface of the base material except for the recess, wherein the base material is made of a material having a coefficient of thermal expansion (CTE) of 4 to 6.5 x 10 -6 /°C (350 to 450°C).
An unloading system for unloading a bulk container with a liner bag and carpet , comprising a hopper and a trailer , wherein: - the hopper comprising a winding roll , a tundish and a funnel , wherein the tundish comprises side panels and that the funnel comprises connection means for a detachable rotary valve , wherein the hopper is either positioned in a passive configuration or in an active configuration; - the trailer comprises a hopper recess to store said hopper when in said passive configuration, an optional detachable support , a detachable bumper bar , connection means to connect the detachable rotary valve with an air blower and an integrated lift mechanism to pull the hopper with connected rotary valve against the back of the container; - wherein the rotary valve is attached to the trailer via the integrated lift mechanism . - the hopper comprising a winding roll , a tundish and a funnel , wherein the tundish comprises side panels and that the funnel comprises connection means for a detachable rotary valve , wherein the hopper is either positioned in a passive configuration or in an active configuration; - the trailer comprises a hopper recess to store said hopper when in said passive configuration, an optional detachable support , a detachable bumper bar , connection means to connect the detachable rotary valve with an air blower and an integrated lift mechanism to pull the hopper with connected rotary valve against the back of the container; - wherein the rotary valve is attached to the trailer via the integrated lift mechanism .
A watch case including a middle and a hollow bezel provided with a near-field communication device comprising at least one microcircuit connected to an antenna , said bezel being removably mounted on said middle and formed by an assembly of two lining elements that could define a housing within which said near-field communication device is arranged, said first and second lining elements of the bezel being assembled together by means of a reversible fastening device , characterised in that the first lining element comprises a reversible fastening area comprising a groove defined on an outer peripheral wall of the first lining element , said groove being configured so as to receive a tightening element of said reversible fastening device .
A vehicle seat system comprising: a vehicle seat comprising a seat base , a backrest , a seat base track arrangement, a backrest track arrangement comprising a backrest fixed track and a backrest moveable track that is moveable along the backrest fixed track , a link arm , a seat base pivot connection between said link arm and said seat base and a link arm and backrest pivot connection , said seat base track arrangement comprising a seat base fixed track and a seat base movable track that is moveable along the seat base fixed track , said seat base fixed track being connected to a vehicle seat support and said seat base movable track being connected to said seat base , said backrest fixed track being connected to a vehicle backrest support ; a locking device connected to said vehicle seat (10, 10,); a release/lock mechanism connected to said locking device for releasing and locking said locking device , characterized in that , the link arm and backrest pivot connection is arranged between said link arm and said backrest and said backrest movable track ; the backrest and the seat base are supported on a support frame , and the locking device is connected to a locking device support via a locking device support connection , wherein the locking device support is connected to the support frame . a vehicle seat comprising a seat base , a backrest , a seat base track arrangement, a backrest track arrangement comprising a backrest fixed track and a backrest moveable track that is moveable along the backrest fixed track , a link arm , a seat base pivot connection between said link arm and said seat base and a link arm and backrest pivot connection , said seat base track arrangement comprising a seat base fixed track and a seat base movable track that is moveable along the seat base fixed track , said seat base fixed track being connected to a vehicle seat support and said seat base movable track being connected to said seat base , said backrest fixed track being connected to a vehicle backrest support ; a locking device connected to said vehicle seat (10, 10,); a release/lock mechanism connected to said locking device for releasing and locking said locking device , characterized in that , the link arm and backrest pivot connection is arranged between said link arm and said backrest and said backrest movable track ; the backrest and the seat base are supported on a support frame , and the locking device is connected to a locking device support via a locking device support connection , wherein the locking device support is connected to the support frame .
Container (10; 12) for the transport and transfer of sterile pourable goods into an isolator , having a hose-like flexible bag part (24; 26) which comprises a closed rear end and an open front end , as well as a container-side part , tightly connected with the open end , of a rapid-transfer-port-system , which part can be docked with a complementary isolator-side part of the rapid-transfer-port-system , wherein the container-side part of the rapid-transfer-port-system includes a container opening , a docking ring surrounding the container opening , and a container lid lockable with the docking ring , which in the locked state tightly closes the container opening , characterized by a container section which is arranged behind the container opening and the docking ring and which has an inner cross-section tapering in the direction of the closed end and is at least in part formed by the hose-like flexible bag part .
A method for determining the state of health of a battery by monitoring charging of said battery over multiple charging instances, comprising a charging station implementing steps of: - recognizing the battery via a unique identifier; - charging the battery; - monitoring conditions of the battery during charging, said conditions including at least one of: a voltage supplied to the battery, a current supplied to the battery and a temperature of the battery; - storing data related to the current charging instance based at least partially on the monitored conditions; - retrieving data related to at least one earlier charging instance of the uniquely identified battery; and - making, during charging the battery, a determination of the uniquely identified battery's state of health based at least partially on a comparison of the data related to the current charging instance and the retrieved data related to at least one earlier charging instance. - recognizing the battery via a unique identifier; - charging the battery; - monitoring conditions of the battery during charging, said conditions including at least one of: a voltage supplied to the battery, a current supplied to the battery and a temperature of the battery; - storing data related to the current charging instance based at least partially on the monitored conditions; - retrieving data related to at least one earlier charging instance of the uniquely identified battery; and - making, during charging the battery, a determination of the uniquely identified battery's state of health based at least partially on a comparison of the data related to the current charging instance and the retrieved data related to at least one earlier charging instance.
An apparatus comprising: a memory module connector comprising a housing defining a stepped slot configured to accept a memory module; a memory module comprising a printed circuit board and a plurality of components mounted on the printed circuit board; wherein the stepped slot in the memory module connector is configured so that at least one component of the plurality of components mounted on the printed circuit board is positioned in the stepped slot; ; characterized in that the stepped slot includes an upper end defined by an upper surface of the housing, wherein each component of the at least one component positioned in the stepped slot includes a first portion positioned below the upper end of the stepped slot and a second portion positioned above the upper end of the stepped slot. a memory module connector comprising a housing defining a stepped slot configured to accept a memory module; a memory module comprising a printed circuit board and a plurality of components mounted on the printed circuit board; wherein the stepped slot in the memory module connector is configured so that at least one component of the plurality of components mounted on the printed circuit board is positioned in the stepped slot; ; characterized in that the stepped slot includes an upper end defined by an upper surface of the housing, wherein each component of the at least one component positioned in the stepped slot includes a first portion positioned below the upper end of the stepped slot and a second portion positioned above the upper end of the stepped slot.
A secondary battery, comprising: a cap plate ; electrode terminals , disposed on the cap plate ; an electrode assembly , comprising a main body and tabs extending from the main body , wherein each of the tabs comprises a connection portion and a bend portion , the connection portion is electrically connected to one of the electrode terminals , and the bend portion is bent against the connection portion and is connected between the connection portion and the main body ; and a first insulation member , disposed at a side that is of the connection portion and that is away from the cap plate , wherein the first insulation member comprises a first insulator connected to the connection portion , a second insulator connected to the main body , and a third insulator connected between the first insulator and the second insulator , wherein the third insulator connects the first insulator and the second insulator together; the secondary battery being characterized in that at least a part of a surface that is of the bend portion and that is orientated toward the first insulation member is covered by the third insulator and not fixed to the third insulator . a cap plate ; electrode terminals , disposed on the cap plate ; an electrode assembly , comprising a main body and tabs extending from the main body , wherein each of the tabs comprises a connection portion and a bend portion , the connection portion is electrically connected to one of the electrode terminals , and the bend portion is bent against the connection portion and is connected between the connection portion and the main body ; and a first insulation member , disposed at a side that is of the connection portion and that is away from the cap plate , wherein the first insulation member comprises a first insulator connected to the connection portion , a second insulator connected to the main body , and a third insulator connected between the first insulator and the second insulator , wherein the third insulator connects the first insulator and the second insulator together; the secondary battery being characterized in that at least a part of a surface that is of the bend portion and that is orientated toward the first insulation member is covered by the third insulator and not fixed to the third insulator .
A system for solid freeform fabrication of a three-dimensional object, comprising: a solid freeform fabrication apparatus that deposits small beads of building materials in a controlled manner; wherein said building materials comprises a thermoplastic polyurethane derived from (a) a polyisocyanate component, (b) a polyol component, and (c) an optional chain extender component; wherein the resulting thermoplastic polyurethane has a crystallization temperature above 80°C; wherein the resulting thermoplastic polyurethane retains more than 20% of its shear storage modulus at 100°C relative to its shear storage modulus at 20°C, where the modulus is measured according to ASTM D5279; and wherein the polyol component comprises a polyether polyol or a combination of a polyether polyol and a polyester polyol. wherein said building materials comprises a thermoplastic polyurethane derived from (a) a polyisocyanate component, (b) a polyol component, and (c) an optional chain extender component; wherein the resulting thermoplastic polyurethane has a crystallization temperature above 80°C; wherein the resulting thermoplastic polyurethane retains more than 20% of its shear storage modulus at 100°C relative to its shear storage modulus at 20°C, where the modulus is measured according to ASTM D5279; and wherein the polyol component comprises a polyether polyol or a combination of a polyether polyol and a polyester polyol.
A control means comprising a grip arranged to be held by a hand, where the hand is oriented with its thumb side directed upwards, the grip having a connection end at its lower end and a free upper end arranged opposite to the connection end where the grip is arranged between the connection end and the free end, at least one activation means (10A-10C, 11A-11C) arranged at at least one of the free end and the grip, where the activation means (10A-10C, 11A-11C) are intended to be operated with a part of the hand, a thumb or a finger, whereby the grip is provided with a hand support in order to support the hand of a user, characterised in that the hand support is pliable such that the control means can be adapted to a user's hand and in that the hand support has a free outer end that is arranged to come into contact with the back of the hand.
A system for coordinating a user's rhythmic musculoskeletal activity with the user's cardiovascular cycle, comprising: a first detector for detecting instances of a selected aspect of the user's cardiovascular cycle, the selected aspect repeating at a heart rate of the user; a subsystem for specifying a target timing location in the cardiovascular cycle based on a plurality of the detected instances; a prompt device for recurrently providing a prompt to the user at a prompt rate to thereby provide a timing indication for performance of the rhythmic musculoskeletal activity, the prompt being provided such that the heart rate is substantially an integer multiple of the prompt rate; and a processor configured to adaptively adjust timing of the prompt so that the prompt is provided substantially at the target timing location in the cardiovascular cycle in response to a change in a timing of the cardiovascular cycle, wherein adjusting further comprises automatically determining an offset from the selected aspect of the user's cardiovascular cycle based on a physiological attribute of the user, wherein the physiological attribute is selected from a group consisting of: user age, user weight, user height, user blood pressure, user heart rate, a maximum heart rate of the user, and a target heart rate of the user. a first detector for detecting instances of a selected aspect of the user's cardiovascular cycle, the selected aspect repeating at a heart rate of the user; a subsystem for specifying a target timing location in the cardiovascular cycle based on a plurality of the detected instances; a prompt device for recurrently providing a prompt to the user at a prompt rate to thereby provide a timing indication for performance of the rhythmic musculoskeletal activity, the prompt being provided such that the heart rate is substantially an integer multiple of the prompt rate; and a processor configured to adaptively adjust timing of the prompt so that the prompt is provided substantially at the target timing location in the cardiovascular cycle in response to a change in a timing of the cardiovascular cycle, wherein adjusting further comprises automatically determining an offset from the selected aspect of the user's cardiovascular cycle based on a physiological attribute of the user, wherein the physiological attribute is selected from a group consisting of: user age, user weight, user height, user blood pressure, user heart rate, a maximum heart rate of the user, and a target heart rate of the user.
An interface structure connectable to a separate liquid reservoir, to connect that liquid reservoir to a receiving station, comprising a first, second and third dimension at straight angles with each other, a liquid interface to fluidically connect to at least one liquid needle of the receiving station, including an interface edge and a seal, a liquid channel (17, 117, 517C1, 517C2, 617D, 617G, 817A, 817B), along the second dimension, to fluidically connect the liquid interface to the reservoir, the liquid channel and interface defining a needle insertion direction along the second dimension, a support wall supporting an integrated circuit laterally next to the liquid channel, the integrated circuit including contact pad contact surfaces extending approximately in a first virtual reference plane parallel to the second and third dimensions (d2, d3) and along a line parallel to the third dimension, the first virtual reference plane extending at a distance from a second virtual reference plane parallel the second and third interface dimensions, the second virtual reference plane intersecting the liquid channel and liquid interface, the contact surfaces facing the second virtual reference plane, and a front push area adjacent the liquid interface at the opposite side of the liquid interface with respect to the first virtual reference plane, the front push area terminating at a front edge that defines a profile height of the interface structure, between said front edge and an opposite distal edge adjacent the first virtual reference plane. a first, second and third dimension at straight angles with each other, a liquid interface to fluidically connect to at least one liquid needle of the receiving station, including an interface edge and a seal, a liquid channel (17, 117, 517C1, 517C2, 617D, 617G, 817A, 817B), along the second dimension, to fluidically connect the liquid interface to the reservoir, the liquid channel and interface defining a needle insertion direction along the second dimension, a support wall supporting an integrated circuit laterally next to the liquid channel, the integrated circuit including contact pad contact surfaces extending approximately in a first virtual reference plane parallel to the second and third dimensions (d2, d3) and along a line parallel to the third dimension, the first virtual reference plane extending at a distance from a second virtual reference plane parallel the second and third interface dimensions, the second virtual reference plane intersecting the liquid channel and liquid interface, the contact surfaces facing the second virtual reference plane, and a front push area adjacent the liquid interface at the opposite side of the liquid interface with respect to the first virtual reference plane, the front push area terminating at a front edge that defines a profile height of the interface structure, between said front edge and an opposite distal edge adjacent the first virtual reference plane.
A method for scheduling radio resources for packet switched services among a plurality of users in a mobile communication system, the method being performed by a scheduler at either a Packet Control Unit, PCU, a Radio Network Controller, RNC, or an evolved NodeB, eNodeB, and comprising the steps of: determining user and/or service attributes of the packet-switched, PS, and circuit-switched, CS, domain by receiving service specific Quality of Service, QoS, attributes from a User Equipment, UE, or from the Serving GPRS Support Node, SGSN, and user specific QoS attributes as Allocation/Retention Priority, ARP, administered in an HLR of the mobile communication system as well as user specific enhanced Multi-Level Precedence and Pre-emption, eMLPP, classes from the HLR; wherein the eMLPP classes define the user specific attributes in the CS domain for the definition of a scheduling weight, and taking a resource allocation or scheduling decision on basis of these determined attributes wherein a combination of packet switched and circuit switched service and user specific attributes is used for the calculation of the scheduling weight for each served user such that high priority users of packet switched services pre-empt circuit switched services of lower priority users wherein the scheduling weight is used by the scheduler to decide how often a particular user is scheduled or how long a particular user receives services in the PS domain.