mhurhangee/ep-ind-claims huggingface dataset:
A developer supply container (1; C) detachably mountable to a developer replenishing apparatus, said developer supply container (1; C) comprising: a developer accommodating portion (1b; 20, 21h) for accommodating a developer; a discharge opening (1c; 21a) provided in said developer accommodating portion and adapted to permit discharging of the developer from said developer accommodating portion (1b; 20, 21h); a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from said developer replenishing apparatus; and a pump portion (2; 1h, 6, 7; 12; 20b; 21f) adapted to act on said developer accommodating portion (1b; 20, 21h) by the driving force received by said driving force receiving portion (3; 20a; 7, 20g), wherein said pump portion (2; 1h, 6, 7; 12; 20b; 21f) is adapted to alternately change an internal pressure of said developer accommodating portion (1b; 20, 21h) between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply the developer along with air out of said developer accommodating portion (1b; 20, 21h) through said discharge opening (1c; 21a) which has an area not more than 12.6 mm 2. a developer accommodating portion (1b; 20, 21h) for accommodating a developer; a discharge opening (1c; 21a) provided in said developer accommodating portion and adapted to permit discharging of the developer from said developer accommodating portion (1b; 20, 21h); a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from said developer replenishing apparatus; and a pump portion (2; 1h, 6, 7; 12; 20b; 21f) adapted to act on said developer accommodating portion (1b; 20, 21h) by the driving force received by said driving force receiving portion (3; 20a; 7, 20g), wherein said pump portion (2; 1h, 6, 7; 12; 20b; 21f) is adapted to alternately change an internal pressure of said developer accommodating portion (1b; 20, 21h) between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply the developer along with air out of said developer accommodating portion (1b; 20, 21h) through said discharge opening (1c; 21a) which has an area not more than 12.6 mm 2.
A mixing system, comprising: a tank assembly; a container positioned within the tank assembly; a mixer disposed within a compartment of the container; a linear motor; and a shaft having a first end secured to the mixer and an opposing second end secured to the linear motor; characterized in that the mixing system further comprises a measurement device arranged and disposed to measure a thickness of a settlement within the compartment of the container; and wherein the measurement device is configured to provide measurements to the linear motor, and wherein the linear motor is configured to provide a variable stroke length for the shaft based on the measurements from the measurement device. a tank assembly; a container positioned within the tank assembly; a mixer disposed within a compartment of the container; a linear motor; and a shaft having a first end secured to the mixer and an opposing second end secured to the linear motor; characterized in that the mixing system further comprises a measurement device arranged and disposed to measure a thickness of a settlement within the compartment of the container; and wherein the measurement device is configured to provide measurements to the linear motor, and wherein the linear motor is configured to provide a variable stroke length for the shaft based on the measurements from the measurement device.
A device for mutually connecting two parts of road barrier of mass material, especially mass concrete, wherein the device is to be disposed in an upper recess being performed on a front connecting end of each barrier part, characterized in that the device comprises: - anchor and cover casings that are to be arranged in mirror like manner on each side and to be fixedly anchored at their inner end to each barrier part by means of an anchoring element attached to the barrier part, wherein the anchor and cover casings are provided at their outer end with an opening with an internal thread; - an anchor plate being attached to each anchor and cover casing to bear against the inner wall of the recess in the barrier part; - a connecting anchor pin being attached by means of a threaded connection to each casing and being provided on one side with a thread and on the other side with a half round head with a central opening for a tool; - a two-part connecting head with thread end halves having its inner surface provided with a recess of half-round shape corresponding to the outer shape of the half round head, wherein the connecting head half is passed over the corresponding half round head for mutual connection of the head halves by means of the thread, creating a ball joint. - anchor and cover casings that are to be arranged in mirror like manner on each side and to be fixedly anchored at their inner end to each barrier part by means of an anchoring element attached to the barrier part, wherein the anchor and cover casings are provided at their outer end with an opening with an internal thread; - an anchor plate being attached to each anchor and cover casing to bear against the inner wall of the recess in the barrier part; - a connecting anchor pin being attached by means of a threaded connection to each casing and being provided on one side with a thread and on the other side with a half round head with a central opening for a tool; - a two-part connecting head with thread end halves having its inner surface provided with a recess of half-round shape corresponding to the outer shape of the half round head, wherein the connecting head half is passed over the corresponding half round head for mutual connection of the head halves by means of the thread, creating a ball joint.
A method for processing ECG data in a mobile device, the method comprising: receiving by the mobile device a stream of filtered ECG data samples comprising PQRST pattern cycles; determining an R point of a PQRST pattern in the filtered ECG data; selecting a portion of samples from the filtered ECG data surrounding the R point; and determining QRS duration of the PQRST pattern by processing the selected portion of samples using an application program executed by the mobile device, characterized in that said deriving QRS duration comprises: normalizing the portion of samples to the baseline; determining a rising inflection point and a falling inflection point by taking a first derivative of the normalized portion of samples; producing a first straight line function from a maximum one of the normalized portion of samples and the rising inflection point; producing a second straight line function from the maximum one of the normalized portion of samples and the falling inflection point; and deriving the QRS duration from a difference in time between an intersection of the base line and the first straight line function and an intersection of the base line and the second straight line function. receiving by the mobile device a stream of filtered ECG data samples comprising PQRST pattern cycles; determining an R point of a PQRST pattern in the filtered ECG data; selecting a portion of samples from the filtered ECG data surrounding the R point; and determining QRS duration of the PQRST pattern by processing the selected portion of samples using an application program executed by the mobile device, characterized in that said deriving QRS duration comprises: normalizing the portion of samples to the baseline; determining normalizing the portion of samples to the baseline; determining a rising inflection point and a falling inflection point by taking a first derivative of the normalized portion of samples; producing a first straight line function from a maximum one of the normalized portion of samples and the rising inflection point; producing a second straight line function from the maximum one of the normalized portion of samples and the falling inflection point; and deriving the QRS duration from a difference in time between an intersection of the base line and the first straight line function and an intersection of the base line and the second straight line function.
An inhalation component generation device comprising: an electric power source; an inhalation component source; a load configured to vaporize or atomize the inhalation component source by electric power from the electric power source; a control unit configured to obtain a value representing a remaining amount of the electric power source, and obtain an operation requesting signal to the load and generate an instruction for operating the load; and a notification unit; wherein the control unit is configured to cause the notification unit to perform a first notification when the acquired value indicating the remaining amount of the power supply is equal to or more than a first threshold; the control unit is configured to cause the notification unit to perform a second notification when the value representing the remaining amount of the electric power source is less than the first threshold value and equal to or greater than a second threshold value that is less than the first threshold value; the control unit is configured to cause the notification unit to perform a third notification when the value representing the remaining amount of the electric power source is less than the second threshold value; and the control unit is configured to automatically change the first threshold value based on the operation requesting signal. an electric power source; an inhalation component source; a load configured to vaporize or atomize the inhalation component source by electric power from the electric power source; a control unit configured to obtain a value representing a remaining amount of the electric power source, and obtain an operation requesting signal to the load and generate an instruction for operating the load; and a notification unit; wherein the control unit is configured to cause the notification unit to perform a first notification when the acquired value indicating the remaining amount of the power supply is equal to or more than a first threshold; the control unit is configured to cause the notification unit to perform a second notification when the value representing the remaining amount of the electric power source is less than the first threshold value and equal to or greater than a second threshold value that is less than the first threshold value; the control unit is configured to cause the notification unit to perform a third notification when the value representing the remaining amount of the electric power source is less than the second threshold value; and the control unit is configured to automatically change the first threshold value based on the operation requesting signal.
A method of obtaining location services, comprising: performing handover by a user equipment "UE" from a first radio access network "RAN" to a second RAN, wherein, prior to the handover, the UE is served by a source serving node via the first RAN and the location services for the UE are supported using a source location server, and wherein the UE is served by a target serving node via the second RAN after the handover, and wherein an identity of the target serving node is sent to a target location server to support location services for the UE after the handover; obtaining location services by the UE via the first RAN before the handover; and obtaining location services by the UE via the second RAN after the handover, wherein the UE obtains location services via a user plane location solution prior to handover and via a control plane location solution after handover. performing handover by a user equipment "UE" from a first radio access network "RAN" to a second RAN, wherein, prior to the handover, the UE is served by a source serving node via the first RAN and the location services for the UE are supported using a source location server, and wherein the UE is served by a target serving node via the second RAN after the handover, and wherein an identity of the target serving node is sent to a target location server to support location services for the UE after the handover; obtaining location services by the UE via the first RAN before the handover; and obtaining location services by the UE via the second RAN after the handover, wherein the UE obtains location services via a user plane location solution prior to handover and via a control plane location solution after handover.
A method of conducting upward flow expanded bed adsorption chromatography of a liquid comprising at least one component to be separated therefrom, comprising: (i) supplying the liquid via an inlet to a stationary phase medium contained in a column, resulting in expansion of the stationary phase medium below a variable volume of headspace; (ii) allowing adsorption of the at least one component from the liquid by the stationary phase medium; (iii) withdrawing the liquid from the column via an outlet; (iv) regulating the expansion of the stationary phase medium by regulation of the flow rate of the liquid through at least the inlet; characterized in that the flow rate is maintained by the use of two pumps, one pump upstream of the inlet of the column and a second pump downstream of the outlet of the column, each individually controlled by a monitor, and any overpressure in the headspace with respect to the pressure outside the column is restricted to be not more than said outside pressure plus 10 kPa (0.1 bar). (i) supplying the liquid via an inlet to a stationary phase medium contained in a column, resulting in expansion of the stationary phase medium below a variable volume of headspace; (ii) allowing adsorption of the at least one component from the liquid by the stationary phase medium; (iii) withdrawing the liquid from the column via an outlet; (iv) regulating the expansion of the stationary phase medium by regulation of the flow rate of the liquid through at least the inlet;
A channel access method in a WLAN system using a plurality of contiguous subchannels, characterized in that a clear to send, CTS, frame, is transmitted through one of the subchannels by a destination station to a source station in response to a received request to send, RTS, frame, wherein the CTS frame is transmitted by the destination station to the source station through the same subchannel as the RTS frame, wherein the CTS frame comprises an indication of a plurality of subchannels for which the source station has a transmission opportunity to transmit a subsequent frame.
A process for producing a biaxially stretch blow-molded container by subjecting a preform having a layer of a trimethylene naphthalate type polyester resin to any one of the steps of (i) biaxially stretch blow-molding the preform at a stretching temperature of 110 to 130°C, (ii) biaxially stretch blow-molding the preform in a metal mold heated at 90 to 150°C followed by heat-setting, or (iii) biaxially stretch blow-molding the preform at a stretching temperature of 110 to 130°C in a metal mold heated at 90 to 150°C followed by heat-setting.
An adjustable mount for a light signal assembly comprising: a fixture configured to be attached to the light signal assembly; and a mounting track configured to be connected to a cantilever or a bridge, and allow the fixture to be adjustably positioned in a direction substantially parallel to a length of the cantilever or the bridge and mounted to the mounting track; a chain having one end or an adjustable handrail having one end, and an adjustable handrail upright, wherein the adjustable handrail upright is configured to be attached to the one end of the chain or to the one end of the adjustable handrail, a toe board configured to be connected to the cantilever or bridge, and attached to the adjustable handrail upright, wherein the toe board comprises a plurality of holes allowing the one or more adjustable handrail uprights to be adjustably positioned in the direction substantially parallel to the length of the cantilever or the bridge and mounted to the toe board with mounting hardware. a fixture configured to be attached to the light signal assembly; and a mounting track configured to be connected to a cantilever or a bridge, and allow the fixture to be adjustably positioned in a direction substantially parallel to a length of the cantilever or the bridge and mounted to the mounting track; a chain having one end or an adjustable handrail having one end, and an adjustable handrail upright, wherein the adjustable handrail upright is configured to be attached to the one end of the chain or to the one end of the adjustable handrail, a toe board configured to be connected to the cantilever or bridge, and attached to the adjustable handrail upright, wherein the toe board comprises a plurality of holes allowing the one or more adjustable handrail uprights to be adjustably positioned in the direction substantially parallel to the length of the cantilever or the bridge and mounted to the toe board with mounting hardware.
An overturning device for frontal and lateral emptying of a container comprising: - a first base (1.1), - a lifting element (1.2), which is rotatably mounted into the first base (1.1) in axis (1.6), - a hydraulic assembly (1.3) comprising hydraulic cylinders and a hydraulic aggregate with installation, characterized in that - the first base (1.1) consist of a rectangularly shaped base, which has on one side a first transverse carrier (1.11) and on the other side a second transverse carrier (1.12); - the transverse carriers (1.11 and 1.12) have on both ends stabilizers (1.7) for adaptation to terrain; - two inner transverse carriers (1.13 and 1.14) are mounted between the transverse carriers (1.11 and 1.12) and have on both ends openings (1.5), which allow transfers with a forklift; and - the hydraulic assembly (1.3) is mounted into the first base (1.1) near to the transverse carrier (1.11) and in the middle of the lifting element (1.2); - a second rectangularly shaped base (2.1) is mounted onto the lifting element (1.2), which functions as a supporting passive carrier; - that a rectangularly shaped mobile part (2.2) is rotatably mounted on the second base (2.1) around the longitudinal axis (2.4); - that two hydraulic cylinders (2.3) are mounted between the second base (2.1) and the mobile part (2.2), the cylinders (2.3) being connected to the hydraulic installation of the basic overturning device (1.3). - a first base (1.1), - a lifting element (1.2), which is rotatably mounted into the first base (1.1) in axis (1.6), - a hydraulic assembly (1.3) comprising hydraulic cylinders and a hydraulic aggregate with installation, - the first base (1.1) consist of a rectangularly shaped base, which has on one side a first transverse carrier (1.11) and on the other side a second transverse carrier (1.12); - the transverse carriers (1.11 and 1.12) have on both ends stabilizers (1.7) for adaptation to terrain; - two inner transverse carriers (1.13 and 1.14) are mounted between the transverse carriers (1.11 and 1.12) and have on both ends openings (1.5), which allow transfers with a forklift; and - the hydraulic assembly (1.3) is mounted into the first base (1.1) near to the transverse carrier (1.11) and in the middle of the lifting element (1.2); - a second rectangularly shaped base (2.1) is mounted onto the lifting element (1.2), which functions as a supporting passive carrier; - that a rectangularly shaped mobile part (2.2) is rotatably mounted on the second base (2.1) around the longitudinal axis (2.4); - that two hydraulic cylinders (2.3) are mounted between the second base (2.1) and the mobile part (2.2), the cylinders (2.3) being connected to the hydraulic installation of the basic overturning device (1.3).
A straddle-type electric vehicle, comprising: a charge receptacle to which a charge plug with a charge cord is removably connected; an accommodation portion (S1, S2) having an opening portion (30, 212) and provided with a charge receptacle; a lid (29, 213) configured to open or close the opening portion (30, 212) of the accommodation portion (S1, S2); a battery connected to the charge receptacle so as to be able to establish electrical communication therewith; wherein the lid (29, 213) forms a part of an outer face of a vehicle body; wherein the lid (29, 213) is configured to be able to close the opening portion (30, 212) under a condition that the charge plug is connected to the charge receptacle and the charge cord is led into the accommodation portion (S1, S2); characterized in that an electrical communication controller configured to control the electrical communication between the charge receptacle and the battery; a signal line connected to the electrical communication controller; and a signal changer configured to change a state of a signal carried by the signal line, wherein the signal changer is configured to change the state of the signal based on a state of the lid (29, 213) opening or closing the opening portion (30, 212), irrespective of whether the charge plug is connected to the charge receptacle or not; and wherein the electrical communication controller is configured to interrupt or limit the electrical communication between the charge receptacle and the battery based on the state of the signal, in a case where the opening portion (30, 212) is unclosed by the lid (29, 213) even if the charge plug is connected to the charge receptacle; wherein the signal line is a communication line connecting the electrical communication controller and a control unit of a charger configured to supply power to the battery. a charge receptacle to which a charge plug with a charge cord is removably connected; an accommodation portion (S1, S2) having an opening portion (30, 212) and provided with a charge receptacle; a lid (29, 213) configured to open or close the opening portion (30, 212) of the accommodation portion (S1, S2); a battery connected to the charge receptacle so as to be able to establish electrical communication therewith; wherein the lid (29, 213) forms a part of an outer face of a vehicle body; wherein the lid (29, 213) is configured to be able to close the opening portion (30, 212) under a condition that the charge plug is connected to the charge receptacle and the charge cord is led into the accommodation portion (S1, S2);