mhurhangee/ep-ind-claims huggingface dataset:
A printing device that is able to communicate over a network with an information processing device executing a print service for generating a print job, the printing device comprising: registering means for registering a set of print setting values and an identifier corresponding to the set of print setting values, wherein one of the print setting values cannot be set through a print setting screen of the print service; first receiving means for receiving from the information processing device a request for obtaining information about the printing device; sending means for sending the identifier registered by the registering means to the information processing device as a response to the received request; second receiving means for receiving the print job including print data and the identifier from the information processing device; and processing means (S409/S410) for processing the received print data according to the print setting values obtained from the identifier received from the information processing device and corresponding to the one of print setting values registered by the registering means. registering means for registering a set of print setting values and an identifier corresponding to the set of print setting values, wherein one of the print setting values cannot be set through a print setting screen of the print service; first receiving means for receiving from the information processing device a request for obtaining information about the printing device; sending means for sending the identifier registered by the registering means to the information processing device as a response to the received request; second receiving means for receiving the print job including print data and the identifier from the information processing device; and processing means (S409/S410) for processing the received print data according to the print setting values obtained from the identifier received from the information processing device and corresponding to the one of print setting values registered by the registering means.
A delivery catheter system comprising:- a guidewire; an embolic protection filter (301, 434, 610) comprising a tubular member for receiving the guidewire; and a delivery catheter (200, 1, 351, 352, 360, 370, 380, 430, 600, 440, 20, 30, 40, 55, 460, 470, 60, 70, 80, 90, 100, 501); the delivery catheter comprising a catheter shaft (2, 12), an engagement element and an operating element, the catheter shaft (2, 12) having a control lumen for the operating element; the engagement element being attached to and extending distally from the catheter shaft (2, 12), the engagement element comprising a proximal end, a distal end and a distal region adjacent the distal end; a pod defining a reception space for the embolic protection filter, the pod being movable relative to the engagement element over the distal region of the engagement element upon operation of the operating element to facilitate deployment of the filter from within the reception space, the pod having a proximal end and a distal end; and the engagement element is adapted for engaging the filter in the reception space upon sliding of the pod proximally relative to the engagement element; wherein the engagement element defines a guidewire lumen therethrough for passage of the guidewire, the guidewire lumen being separate from the control lumen, and the guidewire is separate from the operating element. a guidewire; an embolic protection filter (301, 434, 610) comprising a tubular member for receiving the guidewire; and a delivery catheter (200, 1, 351, 352, 360, 370, 380, 430, 600, 440, 20, 30, 40, 55, 460, 470, 60, 70, 80, 90, 100, 501); the delivery catheter comprising a catheter shaft (2, 12), an engagement element and an operating element, the catheter shaft (2, 12) having a control lumen for the operating element; the engagement element being attached to and extending distally from the catheter shaft (2, 12), the engagement element comprising a proximal end, a distal end and a distal region adjacent the distal end; a pod defining a reception space for the embolic protection filter, the pod being movable relative to the engagement element over the distal region of the engagement element upon operation of the operating element to facilitate deployment of the filter from within the reception space, the pod having a proximal end and a distal end; and the engagement element is adapted for engaging the filter in the reception space upon sliding of the pod proximally relative to the engagement element;
A method for activating a relay functionality of a relay user equipment within a mobile communication network, wherein the relay user equipment is capable to perform direct communication over a direct sidelink connection respectively with one or more remote user equipments, wherein the relay user equipment is located in a radio cell controlled by a radio base station in the mobile communication network and supports a relay functionality for being capable to serve as a relay, respectively for the one or more remote user equipments, so as to relay communication between the one or more remote user equipments and the radio base station via the direct sidelink connection, the method comprising the following steps: determining by the radio base station whether or not further relays are necessary in the radio cell, in case it is determined that further relays are necessary in the radio cell, selecting by the radio base station a persistence check value and transmitting by the radio base station a broadcast message in the radio cell, the broadcast message at least indicating that further relays are necessary in the radio cell and comprising the selected persistence check value, and upon receiving the broadcast message, the relay user equipment activates its relay functionality in case the relay user equipment determines that relay requirements for activating its relay functionality in the radio cell are fulfilled by the relay user equipment and in case a persistence check performed by the relay user equipment based on the received persistence check value is successful. determining by the radio base station whether or not further relays are necessary in the radio cell, in case it is determined that further relays are necessary in the radio cell, selecting by the radio base station a persistence check value and transmitting by the radio base station a broadcast message in the radio cell, the broadcast message at least indicating that further relays are necessary in the radio cell and comprising the selected persistence check value, and upon receiving the broadcast message, the relay user equipment activates its relay functionality in case the relay user equipment determines that relay requirements for activating its relay functionality in the radio cell are fulfilled by the relay user equipment and in case a persistence check performed by the relay user equipment based on the received persistence check value is successful.
Method for controlling the vaporization of a vaporizer in an inhaler, wherein the vaporizer is heated by means of electrical resistance heating, and wherein an electronic control device regulates the current flow through the vaporizer, characterized by the following steps: - taking measurements of the current applied to the vaporizer in time series starting from an initial point; - determining a transition point between a low vaporization range and a high vaporization range in a time-dependent current measurement series corresponding to the measured values; - determining, preferably in real time, a current value I v corresponding to the transition point; - determining a current interval [I 1; I 2] as a function of the determined current value I v; and - controlling the current flow within the determined current interval [I 1; I 2]. - taking measurements of the current applied to the vaporizer in time series starting from an initial point; - determining a transition point between a low vaporization range and a high vaporization range in a time-dependent current measurement series corresponding to the measured values; - determining, preferably in real time, a current value I v corresponding to the transition point; - determining a current interval [I 1; I 2] as a function of the determined current value I v; and - controlling the current flow within the determined current interval [I 1; I 2].
An automatic analyzing apparatus comprising: a stirring mechanism including a fixed member fixed to an apparatus body, a motor attached to the fixed member, a driving helical gear provided on a drive axis (φ) of the motor, a bearing (34, 35) provided on the fixed member with a central axis (φ3) thereof maintained parallel to the drive axis (φ) of the motor, a support member having a circular column shape and supported so as to be insertable into the bearing (34, 35) from one side of the bearing (34, 35), a driven helical gear fixed coaxially with the support member, the driven helical gear meshing with the driving helical gear when the support member is inserted in the bearing (34, 35), and a stirring rod extending coaxially with the support member from an end of the support member opposite to the end to which the driven helical gear is fixed characterised that the driven helical gear is fixed to an end of the support member and in that the driven helical gear is located to the side of the bearing from which the support member is inserted, such that the stirring rod can be pulled away from the fixed member so as to be removed therefrom. a stirring mechanism including a fixed member fixed to an apparatus body, a motor attached to the fixed member, a driving helical gear provided on a drive axis (φ) of the motor, a bearing (34, 35) provided on the fixed member with a central axis (φ3) thereof maintained parallel to the drive axis (φ) of the motor, a support member having a circular column shape and supported so as to be insertable into the bearing (34, 35) from one side of the bearing (34, 35), a driven helical gear fixed coaxially with the support member, the driven helical gear meshing with the driving helical gear when the support member is inserted in the bearing (34, 35), and a stirring rod extending coaxially with the support member from an end of the support member opposite to the end to which the driven helical gear is fixed a fixed member fixed to an apparatus body, a motor attached to the fixed member, a driving helical gear provided on a drive axis (φ) of the motor, a bearing (34, 35) provided on the fixed member with a central axis (φ3) thereof maintained parallel to the drive axis (φ) of the motor, a support member having a circular column shape and supported so as to be insertable into the bearing (34, 35) from one side of the bearing (34, 35), a driven helical gear fixed coaxially with the support member, the driven helical gear meshing with the driving helical gear when the support member is inserted in the bearing (34, 35), and a stirring rod extending coaxially with the support member from an end of the support member opposite to the end to which the driven helical gear is fixed characterised that the driven helical gear is fixed to an end of the support member and in that the driven helical gear is located to the side of the bearing from which the support member is inserted, such that the stirring rod can be pulled away from the fixed member so as to be removed therefrom.
A process for the preparation of inorganic hydrogels of formula M 3 (H 2 O) 4 (PO 4 3-) wherein M is selected from alkali metals having an atomic number of at least 11 under mild conditions, said process comprising the steps of: i. adding alkali halide in water and stirring for 1 to 2 minutes at temperature in the range of 30 to 35°C, wherein the alkali metal(s) M of said alkali halide is selected from the group consisting of sodium, potassium, rubidium or cesium or combination thereof and wherein the alkali halide is in a concentration range of 0.42 to 5.1 mol/lit; ii. adding solution of sodium phosphate in the solution of step (i), wherein the solution pH is maintained in the range of 9 to 12; iii. simultaneously adding solution of alkali hydroxide in a concentration range of 0.60 to 2.5 mol/lit to the solution of step (i); iv. stirring the reaction mixture as obtained in step (iii) at a speed in the range of 400 to 1000 rpm for 15 to 20 minutes and maintaining the temperature in the range of 40 to 80°C; v. cooling the solution as obtained in step (iv) under ambient conditions for a period of 4 to 6 hours to obtain inorganic hydrogel; vi. storing the inorganic hydrogel as obtained in step (v) for 15 to 20 hours to transform inorganic gel into crystalline form. i. adding alkali halide in water and stirring for 1 to 2 minutes at temperature in the range of 30 to 35°C, wherein the alkali metal(s) M of said alkali halide is selected from the group consisting of sodium, potassium, rubidium or cesium or combination thereof and wherein the alkali halide is in a concentration range of 0.42 to 5.1 mol/lit; ii. adding solution of sodium phosphate in the solution of step (i), wherein the solution pH is maintained in the range of 9 to 12; iii. simultaneously adding solution of alkali hydroxide in a concentration range of 0.60 to 2.5 mol/lit to the solution of step (i); iv. stirring the reaction mixture as obtained in step (iii) at a speed in the range of 400 to 1000 rpm for 15 to 20 minutes and maintaining the temperature in the range of 40 to 80°C; v. cooling the solution as obtained in step (iv) under ambient conditions for a period of 4 to 6 hours to obtain inorganic hydrogel; vi. storing the inorganic hydrogel as obtained in step (v) for 15 to 20 hours to transform inorganic gel into crystalline form.
A wound dressing comprising: a flexible substrate with a first, wound-facing side supporting a plurality of electronic components and a second side opposite the first side, wherein the plurality of electronic components comprise a plurality of sensors for obtaining measurements of the wound, at least some of the plurality of electronic components being interconnected by a plurality of electronic connections; a wicking layer in contact with the second side of the substrate, the wicking layer configured to facilitate passage of fluid; a non-stretchable coating applied to at least some of the plurality of electronic components; a stretchable coating applied to the first side of the substrate, the stretchable coating applied over the non-stretchable coating; a wound contact layer in contact with the stretchable coating, the wound contact layer including adhesive material configured to adhere to a wound; and a protective layer applied to the wound contact layer, the protective layer configured to be removed to expose the wound contact layer. a flexible substrate with a first, wound-facing side supporting a plurality of electronic components and a second side opposite the first side, wherein the plurality of electronic components comprise a plurality of sensors for obtaining measurements of the wound, at least some of the plurality of electronic components being interconnected by a plurality of electronic connections; a wicking layer in contact with the second side of the substrate, the wicking layer configured to facilitate passage of fluid; a non-stretchable coating applied to at least some of the plurality of electronic components; a stretchable coating applied to the first side of the substrate, the stretchable coating applied over the non-stretchable coating; a wound contact layer in contact with the stretchable coating, the wound contact layer including adhesive material configured to adhere to a wound; and a protective layer applied to the wound contact layer, the protective layer configured to be removed to expose the wound contact layer.
A method of illuminating a lighting element disposed in an array of lighting elements, the lighting element being disposed at a lighting fixture, the lighting fixture having at least one sensor configured to sense color, the lighting element, a controller, wherein: sensing a color lighting status of at least one neighboring lighting element with the at least one sensor configured to sense color; the controller determines, independently of any lighting element other than the at least one neighbouring lighting element, a lighting status for the lighting element with a cellular automaton by applying the sensed color lighting status of the at least one neighboring lighting element to a predetermined rule, the rule mapping the sensed color lighting status of the at least one neighboring lighting element to the lighting status that is to be made to the lighting element; and wherein the controller applies the lighting status to the lighting element to adjust an illumination of the lighting element. sensing a color lighting status of at least one neighboring lighting element with the at least one sensor configured to sense color; the controller determines, independently of any lighting element other than the at least one neighbouring lighting element, a lighting status for the lighting element with a cellular automaton by applying the sensed color lighting status of the at least one neighboring lighting element to a predetermined rule, the rule mapping the sensed color lighting status of the at least one neighboring lighting element to the lighting status that is to be made to the lighting element; and wherein the controller applies the lighting status to the lighting element to adjust an illumination of the lighting element.
A media filtration device with a prefabricated preparation container which has an inflow for a solvent and an outflow for a solution, wherein a preparation chamber with a medium to be dissolved is arranged between the inflow and the outflow, wherein the preparation container has a filter, and wherein at least one fixed mixing arm (6, 7) connected to the inflow protrudes into the medium to be dissolved with at least one mixing nozzle (19, 20) arranged on its free end (17, 18) for generating a solvent jet into the medium to be dissolved in the preparation chamber, wherein the preparation container has a base part and a cover part, between which the preparation chamber is arranged, characterized in that the filter is formed as a sterile filter, in that the filter has a circumferential outer edge on its filtrate side facing the outflow, with which it rests on a circumferential rest edge of the base part and to which it is firmly connected, in that a sterilized filtrate space is formed between the filtrate side of the filter and the outflow arranged in the base part and in that the mixing nozzle (19, 20) is arranged in the preparation chamber so that it generates a directed solvent jet which moves the medium to be dissolved in a circular flow over the filter. in that the filter is formed as a sterile filter, in that the filter has a circumferential outer edge on its filtrate side facing the outflow, with which it rests on a circumferential rest edge of the base part and to which it is firmly connected, in that a sterilized filtrate space is formed between the filtrate side of the filter and the outflow arranged in the base part and in that the mixing nozzle (19, 20) is arranged in the preparation chamber so that it generates a directed solvent jet which moves the medium to be dissolved in a circular flow over the filter.
A radio-controlled agricultural or road maintenance vehicle comprising a supporting structure, an engine unit, a kinetic unit and a remote control for operating the vehicle remotely; the radio-controlled vehicle being characterized in that it comprises a cab, which is configured to house, in use, a person; wherein the cab and the supporting structure are mutually movable, so as to be able to selectively arrange the cab in a desired position with respect to the supporting structure; wherein the cab is movable selectively and with respect to the supporting structure in a lower first position, in an upper second position or in an intermediate position between said lower position and said upper position; the radio-controlled agricultural or road maintenance vehicle comprising an actuating unit interposed between the cab and the supporting structure; the actuating unit is configured to move the cab from the first position to the two or more alternative positions (P2, P3); wherein said actuating unit can be activated by said remote control.
An apparatus for determining closure pressure of a formation surrounding a wellbore, wherein the apparatus includes an isolation device for isolating a section of the wellbore to provide an isolated section of the wellbore, and a fluid supply unit for supplying a fluid under pressure into the isolated section of the wellbore to cause a fracture in the formation proximate the isolated section, the apparatus comprising: a sensor for providing signals representative of a pressure in the isolated section; and a controller (170, 190) for determining the closure pressure of the formation from the determined pressure; and a receiving unit including a first collection chamber for receiving fluid from the isolated section due to a pressure difference between the formation and the receiving unit, wherein the first collection chamber has a movable member that divides the first collection chamber into a first section and a second section, characterized in that the second section contains a known fluid, and in that the receiving unit further comprises a second collection chamber, wherein the second collection chamber has a moveable member that divides the second collection chamber into a first section and a second section, in that the receiving unit further comprises a constant or substantially constant flow control device that allows a flow of the known fluid between the second section of the first collection chamber and the first section of the second collection chamber, and in that the apparatus further comprises a flow control device that maintains the rate of flow of the fluid from the isolated section into the first section of the first collection chamber at a constant or substantially constant rate. a sensor for providing signals representative of a pressure in the isolated section; and a controller (170, 190) for determining the closure pressure of the formation from the determined pressure; and a receiving unit including a first collection chamber for receiving fluid from the isolated section due to a pressure difference between the formation and the receiving unit, wherein the first collection chamber has a movable member that divides the first collection chamber into a first section and a second section, characterized in that the second section contains a known fluid, and in that the receiving unit further comprises a second collection chamber, wherein the second collection chamber has a moveable member that divides the second collection chamber into a first section and a second section, in that the receiving unit further comprises a constant or substantially constant flow control device that allows a flow of the known fluid between the second section of the first collection chamber and the first section of the second collection chamber, and in that the apparatus further comprises a flow control device that maintains the rate of flow of the fluid from the isolated section into the first section of the first collection chamber at a constant or substantially constant rate.