mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal pump with at least one pump stage, with an impeller which is mounted on a pump shaft in a rotationally fixed manner and with a turbine wheel (32, 32', 32") which is arranged on the pump shaft without a movement coupling to the pump shaft, in the delivery flow of the centrifugal pump and which forms a transducer of a flow measuring device, characterised in that a blading of the turbine wheel (32, 32', 32") is such that a torque exerted by the delivery flow onto the turbine wheel (32, 32', 32") is directed counter to a torque which is exerted onto the impeller via the pump shaft.
A monoclonal antibody or an antibody fragment thereof directed against JMJD6 protein, having the variable region of the light chains (VkCk) that comprises the following sequence: (VkCk) and the variable region of the heavy chains (VkCh) that comprises the following sequence: (VhCh) or (VhCh) (VhCh) or (VhCh)
Device for determining a pulmonary function of a subject comprising a forced oscillatory technique device configured to excite alveoli (53, 53') of a subject's lung with an oscillatory pressure to generate respiratory mechanics data of the subject; a dark field x-ray imaging device using a grating interferometer configured to acquire image data comprising dark field image data of the alveoli in at least a sub-section of the subject's lung in response to the oscillatory pressure; a computing device for generating pulmonary function data based on the respiratory mechanics data and the image data.
An apparatus for producing a liquid colloid, the apparatus comprising: a plurality of concave first plates mounted for rotation about the same rotation axis, each first plate providing a concave reaction surface; first and second inlet lines arranged to introduce respective first and second liquid feedstock materials to each reaction surface whereby the first and second inlet lines extend through the first plates; and a collection unit arranged to collect a reaction product formed from reaction of the liquid feedstock materials as a liquid colloid ejected from an outer edge of each plate, and wherein each concave reaction surface comprises a plurality of concentric grooves. a plurality of concave first plates mounted for rotation about the same rotation axis, each first plate providing a concave reaction surface; first and second inlet lines arranged to introduce respective first and second liquid feedstock materials to each reaction surface whereby the first and second inlet lines extend through the first plates; and a collection unit arranged to collect a reaction product formed from reaction of the liquid feedstock materials as a liquid colloid ejected from an outer edge of each plate, and wherein each concave reaction surface comprises a plurality of concentric grooves.
A method for wireless communication at a user equipment, UE, comprising: communicating with a first base station using a first antenna array of a plurality of antenna arrays of the UE; receiving, from the first base station, an indication that the UE is to use a second antenna array of the plurality of antenna arrays to transmit a random access signal; and transmitting, to the first base station, the random access signal using the second antenna array based at least in part on the received indication; wherein receiving the indication comprises: receiving a control channel order that comprises the indication that the UE is to use the second antenna array to transmit the random access signal. communicating with a first base station using a first antenna array of a plurality of antenna arrays of the UE; receiving, from the first base station, an indication that the UE is to use a second antenna array of the plurality of antenna arrays to transmit a random access signal; and transmitting, to the first base station, the random access signal using the second antenna array based at least in part on the received indication; wherein receiving the indication comprises: receiving a control channel order that comprises the indication that the UE is to use the second antenna array to transmit the random access signal.
An infusion group for machines for the dispensing of beverages in the form of infusion, said infusion group comprising: i) a capsule-holder configured to receive a capsule for the preparation of a beverage in the form of an infusion, ii) a dispensing head adapted to cooperate with said capsule-holder to form a chamber for the infusion of said capsule, said dispensing head comprising a dispensing channel, iii) a perforation disc, the infusion group further comprising a supporting member associated with said perforation disc, said supporting member being mounted in said dispensing head, wherein said dispensing head also comprises a discharge channel, said discharge channel being arranged upstream of said dispensing channel with respect to a longitudinal direction along which a beverage is dispensed, characterized in that the perforation disc and its supporting member are movable relative to the dispensing head between a dispensing position and a rest position, the configuration of the dispensing head being such that the discharge channel is closed when the perforation disc and the supporting member are in the dispensing position and open when they are in the rest position. i) a capsule-holder configured to receive a capsule for the preparation of a beverage in the form of an infusion, ii) a dispensing head adapted to cooperate with said capsule-holder to form a chamber for the infusion of said capsule, said dispensing head comprising a dispensing channel, iii) a perforation disc,
Method for producing a foam body for a pressure accumulator, such as a hydraulic accumulator, with a bladder or membrane-shaped, elastically flexible separating layer inside the accumulator housing which separates two media chambers from one another, a gas working chamber from a liquid chamber, with at least the following manufacturing method steps: - incorporating a flowable, preferably liquid foam material in the pressure accumulator, which is at least partially surrounded by the separating layer, - hardening the foam material in the pressure accumulator, and in this process - building up a pressure gradient in which the visibly hardening foam material widens the separating layer from an originally partially filled initial state towards an end state in which the accumulator is ultimately completely filled with the hardened foam. - incorporating a flowable, preferably liquid foam material in the pressure accumulator, which is at least partially surrounded by the separating layer, - hardening the foam material in the pressure accumulator, and in this process - building up a pressure gradient in which the visibly hardening foam material widens the separating layer from an originally partially filled initial state towards an end state in which the accumulator is ultimately completely filled with the hardened foam.
A portable device for robotic intraoral preparation of abutment teeth and a milling guide, the portable device comprising a turbine head, a handle provided at the top with a stepper motor (7, 9, 14) for each of the X, Y and Z axes, so that it is possible to move the turbine head along guide rails (5, 6, 10) on each of the X, Y and Z axes, wherein the device comprises a fixing rail mounted at one of its ends in the handle of the device, and at a free end the fixing rail is provided with a rectangular frame, the fixing rail extending to a lower part and parallel to an arm of the turbine head, so that a bur mountable in the turbine head is movably controllable inside the frame of the fixing rail, characterized in that the frame is mountable by means of fixing screws in threaded bushes on the milling guide, in correspondence with an opening of a the milling guide, which is fixable in advance on the teeth by retentivity and intraosseous by means of pins.
A process for the preparation of a compound of general formula wherein R 1 is a radical of formula,,,, or with R 3 is CH 3, CH 2 CO 2 H, CH 2 SO 3 H, CH 2 CH 2 OH or CH 2 CH 2 N(CH 3) 2 and R 4 is hydrogen or CH 3 and wherein R 2 is H or OH and X is CH 2, O or S, characterized in that a compound of general formula or a salt thereof wherein R 1 and X are as defined above is mixed with D-4-hydroxyphenylglycine amide or an ester of D-4-hydroxyphenylglycine or D-phenylglycine amide or an ester of D-phenylglycine in the presence of a penicillin G acylase at a temperature of from -5°C to 20°C and a pH range of 8.4 to 9.1.
An induction heating cooker, comprising: a heating coil; an inverter unit to supply high-frequency power to the heating coil; a driving unit to provide a signal configured to control an operation of the inverter unit; a detection unit to detect a value of a current that flows at the heating coil; and a control unit to calculate an operating frequency of the driving unit according to the value of the current, to vary the operating frequency so that the heating coil maintains a constant output that corresponds to a predetermined output level, and to determine whether oil accommodated in a container placed on the heating coil is overheated, by use of an amount of change of the operating frequency, wherein the amount of change of the operating frequency is a value that corresponds to a difference between an initial operating frequency corresponding to the output level and a varied operating frequency upon elapse of a certain time period after a change to the output level, and characterised in that when the output of the heating coil is below an output that corresponds to the predetermined output level, the control unit is configured to decrease the operating frequency of the driving unit such that the output of the heating coil is maintained at the same level as the output that corresponds to the predetermined output level. a heating coil; an inverter unit to supply high-frequency power to the heating coil; a driving unit to provide a signal configured to control an operation of the inverter unit; a detection unit to detect a value of a current that flows at the heating coil; and a control unit to calculate an operating frequency of the driving unit according to the value of the current, to vary the operating frequency so that the heating coil maintains a constant output that corresponds to a predetermined output level, and to determine whether oil accommodated in a container placed on the heating coil is overheated, by use of an amount of change of the operating frequency, wherein the amount of change of the operating frequency is a value that corresponds to a difference between an initial operating frequency corresponding to the output level and a varied operating frequency upon elapse of a certain time period after a change to the output level, and characterised in that when the output of the heating coil is below an output that corresponds to the predetermined output level, the control unit is configured to decrease the operating frequency of the driving unit such that the output of the heating coil is maintained at the same level as the output that corresponds to the predetermined output level.
A method for handling secondary radio access technology, RAT, data usage for a User Equipment, UE (130a, 130b, 130c), the method being performed by a mobility node, the method comprising: obtaining, from a network node, an indication of data usage for the UE (130a, 130b, 130c) using the secondary RAT; forwarding the indication towards a policy node; obtaining a policy decision originating from the policy node, the policy decision being based on the indication of data usage; and performing an action based on the policy decision, wherein the policy decision is received from the policy node, via at least one packet gateway, PGW; wherein the indication is forwarded in a Credit Control Request, CCR, message; wherein the policy decision is obtained in a Credit Control Answer, CCA, message; wherein the indication is forwarded and the policy decision is obtained over a Diameter Smp interface between the mobility node and the policy node; and wherein performing the action involves forwarding the policy decision towards the network node. obtaining, from a network node, an indication of data usage for the UE (130a, 130b, 130c) using the secondary RAT; forwarding the indication towards a policy node; obtaining a policy decision originating from the policy node, the policy decision being based on the indication of data usage; and performing an action based on the policy decision, wherein the policy decision is received from the policy node, via at least one packet gateway, PGW; wherein the indication is forwarded in a Credit Control Request, CCR, message; wherein the policy decision is obtained in a Credit Control Answer, CCA, message; wherein the indication is forwarded and the policy decision is obtained over a Diameter Smp interface between the mobility node and the policy node; and wherein performing the action involves forwarding the policy decision towards the network node.
Apparatus (23, 30) for converting a feed gas comprising organic compounds and water vapour into a product gas substantially comprising carbon dioxide and hydrogen, comprising - a reformer part with at least one reaction chamber which is provided with an inlet opening for feed gas and an outlet opening for product gas and which is bounded by the inner wall of an outer tube closed at one outer end and the outer wall of an inner tube received coaxially in this outer tube and open at both its outer ends, and - a furnace part for heating the reaction chamber, the inlet opening being provided by the open outer end of the inner tube distally of the closed outer end of the outer tube, and the outlet opening being provided by the open outer end of the outer tube, wherein the furnace part comprises a burner, a combustion chamber and a heat transfer section, which heat transfer section is provided by at least one heat transfer tube, characterized in that the heat transfer tube is closed at one outer end and encloses the at least one outer tube of the reformer part, and heat transfer from the heat transfer tube to the outer tube takes place by radiation. - a reformer part with at least one reaction chamber which is provided with an inlet opening for feed gas and an outlet opening for product gas and which is bounded by the inner wall of an outer tube closed at one outer end and the outer wall of an inner tube received coaxially in this outer tube and open at both its outer ends, and - a furnace part for heating the reaction chamber,
Processing device for automatically binding a flat workpiece to form a book, in particular a brochure, publication and/or a catalogue, etcetera, preferably for a production printing system, having a binding device, wherein the binding device comprises a saddle for supporting the preferably centrally folded workpiece, a binding head and a counter-bearing, wherein the binding head cooperates with the counter-bearing in such a manner that the workpiece is bound together with a binding staple, wherein the rear portion of the binding staple is formed in the rear fold of the book with an eyelet, wherein the binding device comprises a storage magazine for receiving and providing binding staples, wherein the storage magazine is integrated in the binding head, characterised in that a folding device for folding the workpiece is provided and in that the binding head is constructed together with the storage magazine as a unit in such a manner that the binding head including the storage magazine is inserted as one piece in a replaceable manner in the binding device, and in that the binding head including the storage magazine can be fixed in the binding device by means of a clip-fit, locking, plug type, clamping and/or screw mechanism in order to be inserted in the processing device and to be removed again.
An electronic apparatus comprising: a storage unit; a communicator; and a processor (13, 210) configured to: receive a user command requesting sharing content, search the content for a region comprising security information with reference to an image database of a part of an item or a human body capable of having security information stored in the storage unit, based on the user command, extract an image corresponding to the security information from the found region, identify the security information in the image, and determine whether to transform the image, based on the identified security information wherein the security information has a security information type of a plurality of security information types and the processor is configured to identify the security information type of the identified security information and to transform the image based on the identified type of the security information. a storage unit; a communicator; and a processor (13, 210) configured to: receive a user command requesting sharing content, search the content for a region comprising security information with reference to an image database of a part of an item or a human body capable of having security information stored in the storage unit, based on the user command, extract an image corresponding to the security information from the found region, identify the security information in the image, and determine whether to transform the image, based on the identified security information wherein the security information has a security information type of a plurality of security information types and the processor is configured to identify the security information type of the identified security information and to transform the image based on the identified type of the security information. receive a user command requesting sharing content, search the content for a region comprising security information with reference to an image database of a part of an item or a human body capable of having security information stored in the storage unit, based on the user command, extract an image corresponding to the security information from the found region, identify the security information in the image, and determine whether to transform the image, based on the identified security information wherein the security information has a security information type of a plurality of security information types and the processor is configured to identify the security information type of the identified security information and to transform the image based on the identified type of the security information.
Dishwasher including a detergent dispenser, the detergent dispenser comprising a body, in which there is arranged a tray (2; 2'; 2") for the load of the detergent, a cover and an actuator, wherein said tray (2; 2'; 2") is closable by said cover, wherein the cover is arranged to be movable under the action of said actuator between a closed position and an open position of the tray (2; 2'; 2") in which it is in communication with the wash tank of the dishwasher, the tray (2; 2'; 2") being provided with active detergent dispensing means for the active dispensing of the detergent, which essentially consist of a pusher fixed externally on the bottom of the tray or of a scraper shaped and dimensioned to extend along half of the perimeter of the tray, wherein said active detergent dispensing means are operatively and mechanically connected to the actuator so as to be activated by said actuator after it has caused the displacement of the cover to the open position of the tray (2; 2'; 2").
A composite phase change material, characterized in that the composite phase change material comprises: 65 to 80 parts of a phase change material by weight; and 20 to 35 parts of a binder by weight, wherein the binder comprises an acrylate monomer having a molecular weight of 50 to 300, an acrylate polymer having a molecular weight of 500 to 2000, and an initiator, wherein each phase change material has a core-shell structure, comprising a shell and a core wrapped in the shell, the shell being a mixture of polyphenolic resin and polyethylene glycol and the core being modified paraffin wax, wherein a molecular weight of the polyphenolic resin is 30000 to 60000, a molecular weight of the polyethylene glycol is 4000 to 12000, and the polyphenoloxy resin and polyethylene glycol are mixed in a mass ratio of 1:7 to 1:3. 65 to 80 parts of a phase change material by weight; and 20 to 35 parts of a binder by weight, wherein the binder comprises an acrylate monomer having a molecular weight of 50 to 300, an acrylate polymer having a molecular weight of 500 to 2000, and an initiator, wherein each phase change material has a core-shell structure, comprising a shell and a core wrapped in the shell, the shell being a mixture of polyphenolic resin and polyethylene glycol and the core being modified paraffin wax, wherein a molecular weight of the polyphenolic resin is 30000 to 60000, a molecular weight of the polyethylene glycol is 4000 to 12000, and the polyphenoloxy resin and polyethylene glycol are mixed in a mass ratio of 1:7 to 1:3.
A counterfeit prevention structure comprising: a fine-relief-formation layer that is provided with a first area having an optical element that includes a relief structure whose depth-to-width ratio that is a ratio of a depth relative to a width is not less than a first value, and a second area having an optical element that includes a relief structure whose depth-to-width ratio is less than the first value, the first area having a light transmittance higher than that of the second area; wherein the counterfeit prevention structure further comprises: monodisperse spherical fine particles that are filled in recesses of the relief structure included in the first area; and a reflective layer that is arranged on the relief structure included in the second area. a fine-relief-formation layer that is provided with a first area having an optical element that includes a relief structure whose depth-to-width ratio that is a ratio of a depth relative to a width is not less than a first value, and a second area having an optical element that includes a relief structure whose depth-to-width ratio is less than the first value, the first area having a light transmittance higher than that of the second area; wherein the counterfeit prevention structure further comprises: monodisperse spherical fine particles that are filled in recesses of the relief structure included in the first area; and a reflective layer that is arranged on the relief structure included in the second area. monodisperse spherical fine particles that are filled in recesses of the relief structure included in the first area; and a reflective layer that is arranged on the relief structure included in the second area.