mhurhangee/ep-ind-claims huggingface dataset:
A folded sheet dispenser comprising a. a mounting frame adapted to hold a stack of folded sheets, the mounting frame including a back panel, a bottom portion and a top portion; b. a cover connected to the mounting frame, the cover having an inside surface which faces the mounting frame and an exterior surface forming the front of the dispenser, the cover having at least one projection extending from the inside surface; c. a dispensing opening located at or near the bottom portion of the mounting frame; d. an overfill prevention device located at or near the top portion of the mounting frame, characterized in that said overfill prevention device comprises 1) a bracket having a first section which is pivotally connected to a housing and an opposite second section, said second section being free to rotate in an arc about the pivotally connected first section, the bracket has filling position and a dispensing position, wherein the bracket is adapted to contact a stack of folded sheets, when the dispenser is filled with a stack of folded sheets; 2) a locking element which engages the bracket and holds the bracket in the filling position when the cover of the dispenser is open and releases the bracket when the cover of the dispenser is closed; and wherein the at least one projection on the cover engages the locking element as the cover is being closed such that the locking element releases the bracket to allow the bracket move to the dispensing position. a. a mounting frame adapted to hold a stack of folded sheets, the mounting frame including a back panel, a bottom portion and a top portion; b. a cover connected to the mounting frame, the cover having an inside surface which faces the mounting frame and an exterior surface forming the front of the dispenser, the cover having at least one projection extending from the inside surface; c. a dispensing opening located at or near the bottom portion of the mounting frame; d. an overfill prevention device located at or near the top portion of the mounting frame, 1) a bracket having a first section which is pivotally connected to a housing and an opposite second section, said second section being free to rotate in an arc about the pivotally connected first section, the bracket has filling position and a dispensing position, wherein the bracket is adapted to contact a stack of folded sheets, when the dispenser is filled with a stack of folded sheets; 2) a locking element which engages the bracket and holds the bracket in the filling position when the cover of the dispenser is open and releases the bracket when the cover of the dispenser is closed; and
Method for producing complex formed castings comprising the following working steps: a) melting an AlCu alloy which consists of (in% by weight) Cu: 6 - 8%, Mn: 0.3 - 0.55%, Zr: 0.15 - 0.25%, Fe: up to 0.25%, Si: up to 0.125%, Ti: 0.05 - 0.2%, V: up to 0.04%, remainder Al and unavoidable impurities; b) keeping the melt at a holding temperature of 730 - 810°C for a holding period of 4 - 12 hours; c) mixing of the melt; d) removal of a portion of melt from the melt; e) casting of the portion of melt removed from the melt into the casting; f) solution annealing of the casting at a solution annealing temperature of 475 - 545°C for a solution annealing period of 1 - 16 hours; g) quenching of the casting from the solution annealing temperature to a maximum quenching stop temperature of 300°C, wherein the casting is quenched at least within a temperature range of 500 - 300°C at a cooling rate of 0.75 - 15 K/s; h) artificial ageing of the casting, wherein during artificial ageing the casting is kept at an artificial ageing temperature of 150 - 300°C for a period of 1 - 10 hours; i) cooling of the casting to room temperature. a) melting an AlCu alloy which consists of (in% by weight) Cu: 6 - 8%, Mn: 0.3 - 0.55%, Zr: 0.15 - 0.25%, Fe: up to 0.25%, Si: up to 0.125%, Ti: 0.05 - 0.2%, V: up to 0.04%, remainder Al and unavoidable impurities; Cu: 6 - 8%, Mn: 0.3 - 0.55%, Zr: 0.15 - 0.25%, Fe: up to 0.25%, Si: up to 0.125%, Ti: 0.05 - 0.2%, V: up to 0.04%, remainder Al and unavoidable impurities; b) keeping the melt at a holding temperature of 730 - 810°C for a holding period of 4 - 12 hours; c) mixing of the melt; d) removal of a portion of melt from the melt; e) casting of the portion of melt removed from the melt into the casting; f) solution annealing of the casting at a solution annealing temperature of 475 - 545°C for a solution annealing period of 1 - 16 hours; g) quenching of the casting from the solution annealing temperature to a maximum quenching stop temperature of 300°C, wherein the casting is quenched at least within a temperature range of 500 - 300°C at a cooling rate of 0.75 - 15 K/s; h) artificial ageing of the casting, wherein during artificial ageing the casting is kept at an artificial ageing temperature of 150 - 300°C for a period of 1 - 10 hours; i) cooling of the casting to room temperature.
A user terminal comprising: a transmission section configured to transmit uplink control information by using an uplink control channel format for which a cyclic shift is applied to a demodulation reference signal and an orthogonal code having a sequence length of less than 5 is applied; and a control section configured to determine the cyclic shift to apply to the demodulation reference signal based on a plurality of candidates configured by higher layer signaling and a field, for indicating an uplink control channel resource for the uplink control information, included in given downlink control information, wherein the uplink control information includes at least HARQ-ACK. a transmission section configured to transmit uplink control information by using an uplink control channel format for which a cyclic shift is applied to a demodulation reference signal and an orthogonal code having a sequence length of less than 5 is applied; and a control section configured to determine the cyclic shift to apply to the demodulation reference signal based on a plurality of candidates configured by higher layer signaling and a field, for indicating an uplink control channel resource for the uplink control information, included in given downlink control information, wherein the uplink control information includes at least HARQ-ACK.
Arrangement of a furniture panel and movement fitting for movable furniture parts, wherein the furniture panel has a recess and an integrated assembly element for accommodating the movement fitting, wherein the assembly element comprises a base and lateral portions protruding therefrom on at least two sides of the base, and wherein the assembly element is inserted into the recess of the furniture panel, and the recess extends from a lateral surface and at least one end face of the furniture panel, wherein at least the base of the assembly element is connected in a force-locked or materially-bonded manner to an opposing surface of the recess and the assembly element comprises means for fastening the movement fitting, wherein the movement fitting is insertable essentially completely into the furniture panel, and wherein movable parts of the movement fitting are extendable out of an end face of the furniture panel, wherein guides are arranged or formed on the assembly element which enable the movement fitting to be pushed in parallel to the base.
A method comprising: evacuating a vacuum chamber by a vacuum pump, the vacuum chamber being positioned within a wellbore; fluidically exposing the wellbore to an interior of the vacuum chamber after the vacuum chamber has been evacuated; characterized by flashing at least a portion of condensate within the wellbore responsive to fluidically exposing the wellbore to the interior of the vacuum chamber. evacuating a vacuum chamber by a vacuum pump, the vacuum chamber being positioned within a wellbore; fluidically exposing the wellbore to an interior of the vacuum chamber after the vacuum chamber has been evacuated; characterized by flashing at least a portion of condensate within the wellbore responsive to fluidically exposing the wellbore to the interior of the vacuum chamber.
Portable water pipe comprising: - a main body, with a bottom and one or more sidewalls (31, 41) which together delimit the inner volume of the water pipe, and, being opposite to the bottom, an opening, - a removable cap, engaged into said opening so as to close the main body, the cap being provided with a bowl for tobacco combustion and with a dipping tube which extends in the inner volume of the water pipe, towards the bottom, the dipping tube communicating the bowl and the inner volume of the water pipe, and - a suction opening, to which a removable suction hose can be connected, and which communicates the outside (Ext) of the water pipe and its inner volume, the water pipe further comprising a winder which includes a cylindrical tube externally provided with a rib which wraps around the cylindrical tube several times by forming a helix, so as to be suitable to guide the flexible suction hose upon winding the suction hose on the cylindrical tube, characterised in that the winder is dimensioned so that it can be housed in the inner volume of the water pipe, the winder then surrounding the dipping tube. - a main body, with a bottom and one or more sidewalls (31, 41) which together delimit the inner volume of the water pipe, and, being opposite to the bottom, an opening, - a removable cap, engaged into said opening so as to close the main body, the cap being provided with a bowl for tobacco combustion and with a dipping tube which extends in the inner volume of the water pipe, towards the bottom, the dipping tube communicating the bowl and the inner volume of the water pipe, and - a suction opening, to which a removable suction hose can be connected, and which communicates the outside (Ext) of the water pipe and its inner volume,
A method for operating a user equipment, UE, device to facilitate a random access procedure, the method comprising: in response to the UE device determining that the UE device is link budget limited, performing operations including: transmitting a first set of one or more consecutive subframes including a first Physical Random Access Channel, PRACH, wherein said transmitting the first set of one or more consecutive subframes is performed according to a format for transmission of PRACH; transmitting a second set of one or more consecutive subframes containing one or more repetitions of the first PRACH for the base station to store an indication that the UE device is link budget limited, wherein the second set of one or more consecutive subframes start immediately after a last subframe of the first set of one or more subframes, wherein each of the one or more repetitions of the first PRACH use the same Zadoff-Chu sequence as the first PRACH; receiving one or more messages of a random access procedure from a base station, wherein the one or more messages have been transmitted by the base station with a lower coding rate than used when non-link-budget limited UE devices are attempting random access, in response to the indication that the UE device is link budget limited. transmitting a first set of one or more consecutive subframes including a first Physical Random Access Channel, PRACH, wherein said transmitting the first set of one or more consecutive subframes is performed according to a format for transmission of PRACH; transmitting a second set of one or more consecutive subframes containing one or more repetitions of the first PRACH for the base station to store an indication that the UE device is link budget limited, wherein the second set of one or more consecutive subframes start immediately after a last subframe of the first set of one or more subframes, wherein each of the one or more repetitions of the first PRACH use the same Zadoff-Chu sequence as the first PRACH; receiving one or more messages of a random access procedure from a base station, wherein the one or more messages have been transmitted by the base station with a lower coding rate than used when non-link-budget limited UE devices are attempting random access, in response to the indication that the UE device is link budget limited.
A pressure-compensation controlled hydraulic pump, comprising a pressure control device, a hydraulic pump and a displacement adjusting device, wherein the displacement adjusting device is adapted to compare a first pressure value generated by the pressure control device with a second pressure value at an oil outlet of the hydraulic pump, and to adjust the displacement of the hydraulic pump according to a result of the comparison, so that the output flow rate of the hydraulic pump is stabilized within a preset flow rate range when the rotation speed of the hydraulic pump varies, wherein the displacement adjusting device comprises a hydraulic control reversing valve and a servo cylinder for adjusting the displacement of the hydraulic pump, the oil outlet of the hydraulic pump is connected to an internal output oil path, an oil inlet of the hydraulic pump is connected to an internal input oil path, a first hydraulic control port of the hydraulic control reversing valve is connected to an internal oil drain path via the pressure control device, a piston chamber of the servo cylinder is connected to the internal output oil path and the internal oil drain path respectively via the hydraulic control reversing valve, a pressure difference between the pressure control device and an oil outlet pressure of the hydraulic pump acts on a valve spool of the hydraulic control reversing valve via the first hydraulic control port and a second hydraulic control port of the hydraulic control reversing valve to drive the hydraulic control reversing valve to perform reversing, thereby selectively enables the piston chamber of the servo cylinder to be in communication with the internal output oil path or the internal oil drain path, and wherein the first hydraulic control port is connected to the internal output oil path through a hydraulic control oil inlet path provided with a first throttle valve, and the second hydraulic control port of the hydraulic control reversing valve is connected to the internal output oil path.
A robotic instrument system, comprising: a catheter comprising a deflection member; a controller; and an actuator operably coupled to the controller and the deflection member; characterized in that the controller is configured to execute a control model comprising a first model and a second model different than the first model, at least one of the first and second models (221, 222) accounting for a force on the catheter and based at least in part on a stiffness (K m) of the catheter and a stiffness (K t) of the deflection member, wherein the controller is further configured to control the actuator based on the first and second models such that the catheter may bend when the deflection member is moved by the actuator. a catheter comprising a deflection member; a controller; and an actuator operably coupled to the controller and the deflection member; characterized in that the controller is configured to execute a control model comprising a first model and a second model different than the first model, at least one of the first and second models (221, 222) accounting for a force on the catheter and based at least in part on a stiffness (K m) of the catheter and a stiffness (K t) of the deflection member, wherein the controller is further configured to control the actuator based on the first and second models such that the catheter may bend when the deflection member is moved by the actuator.
A method for producing a microorganism-derived reducing mixture having an oxidation-reduction potential of 0 mV or less, the method comprising subjecting a yeast or a yeast extract to a superheated steam treatment in the presence of silicic acid or a silicate wherein the superheated steam treatment is conducted in the absence of oxygen and with a superheated steam at a pressure of 0.9 MPa to 1.9 MPa at 150°C to 210°C.
A method for operating an accelerator-driven subcritical reactor including a subcritical nuclear reactor core coupled to a high energy particle accelerator, the subcritical nuclear reactor core including a fuel achieving criticality responsive to a plurality of neutrons and producing a plurality of reaction products, the fuel disposed within a containment system, the method being characterised by further comprising: a) exiting a plurality of different classes of reaction products from the containment system; and b) capturing said plurality of different classes of reaction products using a plurality of collection channels, a particular collection channel associated with a particular class of reaction product tuned for capturing its associated class of reaction product. a) exiting a plurality of different classes of reaction products from the containment system; and b) capturing said plurality of different classes of reaction products using a plurality of collection channels, a particular collection channel associated with a particular class of reaction product tuned for capturing its associated class of reaction product.
Process for the preparation of Rosuvastatin or its salts comprising the following steps:(a) preparation of a co-crystal of Rosuvastatin selected from the group consisting of: 1. Rosuvastatin 2-aminopyrimidine hemihydrate, 2. Rosuvastatin pyrazine hydrate, 3. Rosuvastatin quinoxaline (1:2); (b) conversion of the co-crystal prepared in the step (a) in Rosuvastatin of formula or its salts. 1. Rosuvastatin 2-aminopyrimidine hemihydrate, 2. Rosuvastatin pyrazine hydrate, 3. Rosuvastatin quinoxaline (1:2);
Internal combustion engine comprising: - a combustion chamber, - a fresh air intake line that opens into the combustion chamber, - an exhaust line for exhausting burnt gases from the combustion chamber, which comprises at least one catalyst and means for heating the gases that are situated on a first side of the catalyst, - a vacuum pump that has an inlet and that is designed to establish, in said inlet, an air pressure below atmospheric pressure, characterized in that it has: - a preheating line that communicates at a first end with said inlet of the vacuum pump, which opens at a second end into the exhaust line, on a second side of the catalyst, and that has an air reserve and means (51, 53) for isolating the air reserve that are able to open or close the preheating line on either side of the air reserve, and - an air intake line that, at one end, communicates with the outside, and, at another end, opens into the exhaust line, on the side opposite the catalyst with respect to the heating means. - a combustion chamber, - a fresh air intake line that opens into the combustion chamber, - an exhaust line for exhausting burnt gases from the combustion chamber, which comprises at least one catalyst and means for heating the gases that are situated on a first side of the catalyst, - a vacuum pump that has an inlet and that is designed to establish, in said inlet, an air pressure below atmospheric pressure, characterized in that it has: - a preheating line that communicates at a first end with said inlet of the vacuum pump, which opens at a second end into the exhaust line, on a second side of the catalyst, and that has an air reserve and means (51, 53) for isolating the air reserve that are able to open or close the preheating line on either side of the air reserve, and - an air intake line that, at one end, communicates with the outside, and, at another end, opens into the exhaust line, on the side opposite the catalyst with respect to the heating means.
A combined walking and pickup stick including: a. an adjustable length shaft; b. a pickup mechanism including a jaw at or near one end of the shaft; c. an actuator assembly at or near the other end of the shaft; and d. an actuation line; the actuation line being fastened at a first end to a point on the walking and pick up stick and running from the first end via the actuator assembly and along the shaft to the pickup mechanism, a second end of the actuation line being connected to the pickup mechanism such that, in use, operation of the actuator assembly results in actuation of the pickup mechanism; characterised in that the adjustment of the length of the shaft results in an increase or decrease in the length of an actuation line path between the actuator assembly and the pickup mechanism and a corresponding decrease or increase in the length of an actuation line path elsewhere in the stick such that the total actuation line path length is unchanged and operation of the pickup mechanism is unaffected by the adjustment of the length of the shaft. a. an adjustable length shaft; b. a pickup mechanism including a jaw at or near one end of the shaft; c. an actuator assembly at or near the other end of the shaft; and d. an actuation line;
An electronic device, comprising: a first camera; a second camera; and a processor configured to: obtain a first image using the first camera and obtain a second image using the second camera; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image. a first camera; a second camera; and a processor configured to: obtain a first image using the first camera and obtain a second image using the second camera; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image. obtain a first image using the first camera and obtain a second image using the second camera; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image.