mhurhangee/patent-ind-claim-en huggingface dataset:
Load stand for storing and transporting goods, comprising a top part for supporting the goods by means of a support device for placing the load stand on a surface , a bottom part displaceably connected to the top part by means of a guide , the motion of the bottom part relative to the top part being limited by the guide preferably along a longitudinal direction (L) of the load stand , and a displacing means enabling displacing the top part relative to the bottom part , characterized in that the displacing means comprises one or more sliding surfaces and/or rolling elements in the contact region between the top part and the bottom part .
A method for wireless communication performed by a connectivity session manager within a network, the method comprising: receiving a request message comprising a session management request for establishing a communication session for a user equipment, UE, and first information about the communication session, wherein the first information about the communication session comprises UE location information that includes a registration area, said registration area relating to an area in which the UE can move in an idle state without having to perform a re-registration procedure with a network; identifying a continuity mode based at least in part on the received session management request; selecting a user plane anchor having an associated serving area that covers the registration area corresponding to the location of the UE to serve the communication session for the UE according to the identified continuity mode; and transmitting a response message comprising a session management response and second information about the communication session that includes at least an indication of the identified continuity mode. receiving a request message comprising a session management request for establishing a communication session for a user equipment, UE, and first information about the communication session, wherein the first information about the communication session comprises UE location information that includes a registration area, said registration area relating to an area in which the UE can move in an idle state without having to perform a re-registration procedure with a network; identifying a continuity mode based at least in part on the received session management request; selecting a user plane anchor having an associated serving area that covers the registration area corresponding to the location of the UE to serve the communication session for the UE according to the identified continuity mode; and transmitting a response message comprising a session management response and second information about the communication session that includes at least an indication of the identified continuity mode.
A surgical fixation system , comprising: a button including a first aperture and a second aperture ; a loop connected to said first and second apertures of said button ; a graft carried by said loop ; and a reinforcement material connected to said first and second apertures of said button and unattached to either said graft or said loop , wherein said reinforcement material is tensionable separately from said graft . a button including a first aperture and a second aperture ; a loop connected to said first and second apertures of said button ; a graft carried by said loop ; and a reinforcement material connected to said first and second apertures of said button and unattached to either said graft or said loop , wherein said reinforcement material is tensionable separately from said graft .
Household appliance, in particular household dishwasher , household washer-dryer or household dryer, having a control facility for controlling a process step for cleaning and/or drying an item to be treated, having a working chamber for receiving the item to be treated during the process step and having an air heating facility for heating the working chamber by means of an airflow (LS), which air heating facility comprises a fan for generating the airflow (LS) and a heater for heating the airflow (LS), wherein the control facility is embodied to influence a volume flow (VS) of the airflow (LS) by influencing a rotational speed (DZ) of the fan on the basis of a setpoint value (VW) for the volume flow of the airflow (LS) and on the basis of an actual value (TW) of the volume flow (VS) of the airflow (LS), wherein the control facility is embodied to determine the setpoint value (VW) as a function of at least one operating parameter (UV, PN, TE) of the household appliance , wherein the setpoint value (VW) can be read from a table stored in a memory store connected to the control facilty for data exchange purposes, or can be calculated by means of a function stored in a memory store connected to the control facility for data exchange purposes, and wherein the control facility is embodied to monitor a difference (DI) from the setpoint value (VW) and the actual value (TW), wherein a switch-off limit (AGW) is provided for the difference (DI), whereby if this is exceeded for at least one predetermined time span, provision is made to switch off the power of the heater by means of the control facility .
An electronic cigarette, comprising: a seal cover ; a housing ; a silicone seal ; a limit cover ; a heating wire ; a fixed seat fixing the heating wire; a fixed tube ; a battery ; a silicone sleeve ; a plate comprising a pneumatic switch; a plug ; characterised in that: the housing comprises a first part and a second part integrated with the first part; the first part comprises a curved airway filled with memory foam; the second part comprises a first cavity and a second cavity arranged side by side; the silicone seal , the limit cover , the heating wire , the fixed seat , and the fixed tube are disposed in the first cavity of the housing ; the battery , the silicone sleeve , the plate , and the plug are disposed in the second cavity of the housing ; the heating wire and the fixed tube are disposed on the fixed seat , and the heating wire comprises a pin embedded in the fixed tube ; the silicone seal sleeves the limit cover ; the limit cover comprises a groove; the heating wire comprises a head fixed in the groove; the limit cover is in threaded connection to the fixed seat ; the pin of the heating wire extends to the plate ; the silicone sleeve sleeves the plate , and the plate is fixed on the battery ; and the plug is disposed on one end of the housing . a seal cover ; a housing ; a silicone seal ; a limit cover ; a heating wire ; a fixed seat fixing the heating wire; a fixed tube ; a battery ; a silicone sleeve ; a plate comprising a pneumatic switch; a plug ; the housing comprises a first part and a second part integrated with the first part; the first part comprises a curved airway filled with memory foam; the second part comprises a first cavity and a second cavity arranged side by side; the silicone seal , the limit cover , the heating wire , the fixed seat , and the fixed tube are disposed in the first cavity of the housing ; the battery , the silicone sleeve , the plate , and the plug are disposed in the second cavity of the housing ; the heating wire and the fixed tube are disposed on the fixed seat , and the heating wire comprises a pin embedded in the fixed tube ; the silicone seal sleeves the limit cover ; the limit cover comprises a groove; the heating wire comprises a head fixed in the groove; the limit cover is in threaded connection to the fixed seat ; the pin of the heating wire extends to the plate ; the silicone sleeve sleeves the plate , and the plate is fixed on the battery ; and the plug is disposed on one end of the housing .
A synchronous dynamic random access memory, SDRAM, device , comprising: a hardware interface to couple to a data signal line of a data bus; a register to store a first value to indicate a first finite termination impedance as a default termination impedance, and a second value to indicate a second finite termination impedance, wherein the first value and the second value are separately programmable; and an on-die termination, ODT, circuit coupled to the hardware interface, the ODT circuit to include a pull-up resistor between the hardware interface and a power supply, the ODT circuit to not include an electrical path between the power supply and ground, the ODT circuit to apply termination for the data signal line, including to apply the second finite termination impedance when an ODT signal is asserted and the SDRAM is to be accessed, and apply the default termination impedance when the ODT signal is non-asserted and the SDRAM is not to be accessed. a hardware interface to couple to a data signal line of a data bus; a register to store a first value to indicate a first finite termination impedance as a default termination impedance, and a second value to indicate a second finite termination impedance, wherein the first value and the second value are separately programmable; and an on-die termination, ODT, circuit coupled to the hardware interface, the ODT circuit to include a pull-up resistor between the hardware interface and a power supply, the ODT circuit to not include an electrical path between the power supply and ground, the ODT circuit to apply termination for the data signal line, including to apply the second finite termination impedance when an ODT signal is asserted and the SDRAM is to be accessed, and apply the default termination impedance when the ODT signal is non-asserted and the SDRAM is not to be accessed.
A needle assembly comprising: a housing defining a housing interior, said housing comprising a patient puncture tip extending from a first end of the housing and a non-patient puncture tip extending from a second end of the housing, the non-patient puncture tip and the patient puncture tip being in fluid communication with each other, wherein the sole communication path between the housing interior and an external environment is via the patient puncture tip; and a porous vent positioned within the housing interior to separate the housing interior into a first chamber and a second chamber with the patient puncture tip and the non-patient puncture tip both in fluid communication with the first chamber of the housing, the porous vent including pores the assembly characterised in that the pores are adapted for passage of blood therethrough form the first chamber to the second chamber, wherein the first chamber, the second chamber, and the porous vent are configured such that upon insertion of the patient puncture tip into a patient, blood flows into the first chamber without sealing the porous vent, and upon removal of at least a portion of air from the secondary chamber, blood is drawn from said first chamber, thereby establishing a negative pressure within said second chamber with respect to the external environment of the needle assembly. a housing defining a housing interior, said housing comprising a patient puncture tip extending from a first end of the housing and a non-patient puncture tip extending from a second end of the housing, the non-patient puncture tip and the patient puncture tip being in fluid communication with each other, wherein the sole communication path between the housing interior and an external environment is via the patient puncture tip; and a porous vent positioned within the housing interior to separate the housing interior into a first chamber and a second chamber with the patient puncture tip and the non-patient puncture tip both in fluid communication with the first chamber of the housing, the porous vent including pores the assembly characterised in that the pores are adapted for passage of blood therethrough form the first chamber to the second chamber, wherein the first chamber, the second chamber, and the porous vent are configured such that upon insertion of the patient puncture tip into a patient, blood flows into the first chamber without sealing the porous vent, and upon removal of at least a portion of air from the secondary chamber, blood is drawn from said first chamber, thereby establishing a negative pressure within said second chamber with respect to the external environment of the needle assembly.
A correction optical apparatus comprising: a fixed member ; a rotating member configured to be rotatable with respect to the fixed member in a plane perpendicular to an optical axis of the correction optical apparatus ; a sliding member configured to be movable with respect to the fixed member in a first direction in the plane perpendicular to the optical axis of the correction optical apparatus ; a movable member configured to be movable with respect to the sliding member in a second direction crossing the first direction in the plane perpendicular to the optical axis of the correction optical apparatus ; characterized in that the correction optical apparatus comprises: a first driving unit provided between the rotating member and the sliding member ; and a second driving unit provided between the sliding member and the movable member , wherein the rotating member includes a regulating member , and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member . a fixed member ; a rotating member configured to be rotatable with respect to the fixed member in a plane perpendicular to an optical axis of the correction optical apparatus ; a sliding member configured to be movable with respect to the fixed member in a first direction in the plane perpendicular to the optical axis of the correction optical apparatus ; a movable member configured to be movable with respect to the sliding member in a second direction crossing the first direction in the plane perpendicular to the optical axis of the correction optical apparatus ; characterized in that the correction optical apparatus comprises: a first driving unit provided between the rotating member and the sliding member ; and a second driving unit provided between the sliding member and the movable member , wherein the rotating member includes a regulating member , and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member . a first driving unit provided between the rotating member and the sliding member ; and a second driving unit provided between the sliding member and the movable member , wherein the rotating member includes a regulating member , and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member .
A method of making a fluid channel in a printhead structure, comprising: positioning a printhead die on a carrier, to form a carrier assembly, the printhead die comprising a first face having orifices and comprising a second face having fluid feed holes, wherein the printhead die is placed with the orifice side onto the carrier and is attached to the carrier using a thermal release tape, wherein a cap is arranged adjacent to and covering the second face; compression molding the printhead die into a molded printhead structure; compression molding a first segment of a fluid channel into the molded printhead structure simultaneously with compression molding the printhead die and the carrier into the molded printhead structure; and removing the carrier assembly from a first and a second mold, and releasing the carrier from the thermal release tape and removing the thermal release tape from the printhead die; materially ablating a second segment of the fluid channel to couple the channel with a fluid feed hole in the printhead die; wherein the materially ablating comprises removing a residual layer of molding material from between the first segment of the channel and the printhead die; and wherein the materially ablating further comprises removing material from the cap on the die to expose the fluid feed hole. positioning a printhead die on a carrier, to form a carrier assembly, the printhead die comprising a first face having orifices and comprising a second face having fluid feed holes, wherein the printhead die is placed with the orifice side onto the carrier and is attached to the carrier using a thermal release tape, wherein a cap is arranged adjacent to and covering the second face; compression molding the printhead die into a molded printhead structure; compression molding a first segment of a fluid channel into the molded printhead structure simultaneously with compression molding the printhead die and the carrier into the molded printhead structure; and removing the carrier assembly from a first and a second mold, and releasing the carrier from the thermal release tape and removing the thermal release tape from the printhead die; materially ablating a second segment of the fluid channel to couple the channel with a fluid feed hole in the printhead die; wherein the materially ablating comprises removing a residual layer of molding material from between the first segment of the channel and the printhead die; and wherein the materially ablating further comprises removing material from the cap on the die to expose the fluid feed hole.
An optical security device comprising: an arrangement of image icon elements having a pattern of a first contrasting material and a pattern of a second contrasting material ; a fixed arrangement of focusing elements disposed relative to the arrangement of image icon elements such that the image icon elements project at least one synthetic image when viewed through the focusing elements and having a first fixed lens pattern that is mismatched from the at least one of the patterns of the first and second contrasting materials ; wherein the at least one synthetic image is a projection of both the first and second contrasting material when viewed from at least one angle; and wherein the at least one synthetic image produces a color-transition effect which corresponds to a shift in viewing angle; characterized in that the optical security device comprises a sacrificial arrangement of focusing elements integrated into the device as an optical spacer, wherein the sacrificial arrangement of focusing elements forms an interface with the fixed arrangement of focusing elements . an arrangement of image icon elements having a pattern of a first contrasting material and a pattern of a second contrasting material ; a fixed arrangement of focusing elements disposed relative to the arrangement of image icon elements such that the image icon elements project at least one synthetic image when viewed through the focusing elements and having a first fixed lens pattern that is mismatched from the at least one of the patterns of the first and second contrasting materials ; wherein the at least one synthetic image is a projection of both the first and second contrasting material when viewed from at least one angle; and wherein the at least one synthetic image produces a color-transition effect which corresponds to a shift in viewing angle; characterized in that the optical security device comprises a sacrificial arrangement of focusing elements integrated into the device as an optical spacer, wherein the sacrificial arrangement of focusing elements forms an interface with the fixed arrangement of focusing elements .
A method for controlling signaling connection between a network and a terminal, characterized by comprising: judging, by a Mobility Management Element (MME), whether the number of times of the terminal receiving and transmitting data in a predetermined statistical period, reaches a predetermined times threshold, and based on that a judgment result is that the number of times of the terminal receiving and transmitting data in the predetermined statistical period, reaches the predetermined times threshold, determining that the terminal has entered a state of receiving and transmitting data frequently (S202, S306); maintaining, by the MME, signaling connection with the terminal (S204, S308); and judging, by a Packet Data Network Gateway (PGW), whether the number of times of the terminal receiving and transmitting data in a predetermined lag period is less than the times threshold, and based on that the number of times of the terminal receiving and transmitting data in the predetermined lag period is less than the times threshold, determining that the terminal has exited the state of receiving and transmitting data frequently (S206, S312). judging, by a Mobility Management Element (MME), whether the number of times of the terminal receiving and transmitting data in a predetermined statistical period, reaches a predetermined times threshold, and based on that a judgment result is that the number of times of the terminal receiving and transmitting data in the predetermined statistical period, reaches the predetermined times threshold, determining that the terminal has entered a state of receiving and transmitting data frequently (S202, S306); maintaining, by the MME, signaling connection with the terminal (S204, S308); and judging, by a Packet Data Network Gateway (PGW), whether the number of times of the terminal receiving and transmitting data in a predetermined lag period is less than the times threshold, and based on that the number of times of the terminal receiving and transmitting data in the predetermined lag period is less than the times threshold, determining that the terminal has exited the state of receiving and transmitting data frequently (S206, S312).
A solid composition comprising: a solid binding agent comprising methylglycinediacetic acid and water, wherein the methylglycinediacetic acid cooperates with the water in the formation of the binding agent, and wherein the mole ratio of water to methylglycinediacetic acid present to form the binding agent is in the range of 0.6:1 to 3.8:1; and one or more functional ingredient including a nonionic alcohol ethoxylated/propoxylated surfactant and ethylenediaminetetraacetic acid (EDTA), wherein the binding agent is distributed throughout the solid composition and binds the functional ingredient within the solid composition. a solid binding agent comprising methylglycinediacetic acid and water, wherein the methylglycinediacetic acid cooperates with the water in the formation of the binding agent, and wherein the mole ratio of water to methylglycinediacetic acid present to form the binding agent is in the range of 0.6:1 to 3.8:1; and one or more functional ingredient including a nonionic alcohol ethoxylated/propoxylated surfactant and ethylenediaminetetraacetic acid (EDTA), wherein the binding agent is distributed throughout the solid composition and binds the functional ingredient within the solid composition.