mhurhangee/ep-ind-claims huggingface dataset:
A water faucet device furnished with a flow volume adjustment function (14, 16, 18) and a temperature adjustment function, comprising: an operating portion capable of being pressed and rotated by a user, characterized by further comprising: a flow volume and temperature adjustment means for switching between spouting and stopping water or changing spouting flow volume when the operating portion is pressed, and for changing the spouted water temperature when the operating portion is rotated; whereby in a stopped water state, the flow volume and temperature adjustment means causes spouting to start when the operating portion is pressed. an operating portion capable of being pressed and rotated by a user, characterized by further comprising: a flow volume and temperature adjustment means for switching between spouting and stopping water or changing spouting flow volume when the operating portion is pressed, and for changing the spouted water temperature when the operating portion is rotated; whereby in a stopped water state, the flow volume and temperature adjustment means causes spouting to start when the operating portion is pressed. a flow volume and temperature adjustment means for switching between spouting and stopping water or changing spouting flow volume when the operating portion is pressed, and for changing the spouted water temperature when the operating portion is rotated; whereby in a stopped water state, the flow volume and temperature adjustment means causes spouting to start when the operating portion is pressed.
Power controller for an engine controller for an engine system having an internal combustion engine and an electric generator coupled to the internal combustion engine, having a computing device which is designed to receive a desired power (P_des) for the engine system and a maximum permissible speed (n_max) for the internal combustion engine and to calculate a desired speed (n_des) for the electric generator and an output torque (tq_prectl) of the internal combustion engine on the basis of the desired power (P_des) and the maximum permissible speed (n_max); having an inertia compensation device which is designed to calculate a torque (tq_J) transmitted to a shaft of the generator by a total mass moment of inertia (j_Rex) of the internal combustion engine and of the generator on the basis of a change in the desired speed (n_des) for the electric generator and to calculate a desired torque (tq_ICE) for the internal combustion engine on the basis of the transmitted torque (tq_J) and the calculated output torque (tq_prectl) of the internal combustion engine; and having an efficiency calculation device which is designed to calculate an efficiency (eff) of the engine system on the basis of the desired speed (n_des) for the electric generator and the calculated output torque (tq_prectl) of the internal combustion engine and a battery voltage (u_bat) and a generator current (i_act) of a battery of the engine system and the calculated desired torque (tq_ICE) for the internal combustion engine and to adapt the value for the desired power (P_des), which is supplied to the first computing device, on the basis of the calculated efficiency (eff) and to output it as the desired mechanical power (P_des_mech).
A compliant electrical contact adapted to be compressed through a compression range, said contact comprising: (a) a spring comprised of an electrically conductive, inherently elastic material, and having a longitudinal axis, a plurality of convolutions, and two ends; (b) a contact point (30a, 30b) at each of said spring ends; (c) a plurality of said convolutions including appendages that short to an adjacent convolutions over a portion of said compression range when said contact is compressed generally parallel to said longitudinal axis, wherein an appendage is a finger extending toward said adjacent convolution at a skew angle to said axis, said finger shorting to said adjacent convolution throughout a portion of said compression range or wherein an appendage is a pair of opposed fingers (32a, 32b) extending toward each other from adjacent convolutions, said fingers (32a, 32b) contacting each at a skew angle to said axis and shorting to each other throughout a portion of said compression range, characterized in that (d) appendages short on alternate, opposite sides of the convolutions. (a) a spring comprised of an electrically conductive, inherently elastic material, and having a longitudinal axis, a plurality of convolutions, and two ends; (b) a contact point (30a, 30b) at each of said spring ends; (c) a plurality of said convolutions including appendages that short to an adjacent convolutions over a portion of said compression range when said contact is compressed generally parallel to said longitudinal axis, wherein an appendage is a finger extending toward said adjacent convolution at a skew angle to said axis, said finger shorting to said adjacent convolution throughout a portion of said compression range or wherein an appendage is a pair of opposed fingers (32a, 32b) extending toward each other from adjacent convolutions, said fingers (32a, 32b) contacting each at a skew angle to said axis and shorting to each other throughout a portion of said compression range, characterized in that (d) appendages short on alternate, opposite sides of the convolutions.
A heat exchanger, comprising a first header pipe, a second header pipe, a third header pipe, a fourth header pipe and a plurality of flat tubes, one part of the flat tubes connecting the first header pipe to the second header pipe, another part of the flat tubes connecting the third header pipe to the fourth header pipe, the first header pipe comprising a first space and a second space, the first space being in communication with the second header pipe through corresponding flat tubes, the second header pipe being in communication with the second space of the first header pipe through corresponding flat tubes, and the second space being in direct communication with the third header pipe, characterized in that the heat exchanger further comprises a communicating passage for communicating the first space with the second space.
A method performed by a network controller supporting wireless communications, the method comprising: establishing a plurality of multiple access block, MAB, types defining different combinations of sub-carrier spacing and symbol duration for waveform transmissions; partitioning a frequency and time plane of a carrier spectrum band into a plurality of MAB regions comprising frequency-time slots for the waveform transmissions; and selecting, for the MAB regions, at least two different MAB types from the established plurality of MAB types; characterized in that at least a first MAB region and a second MAB region of the plurality of MAB regions occupy different frequency partitions of the carrier spectrum band in a same time slot; and a first sub-carrier spacing in the first MAB region equals two times or four times a second sub-carrier spacing in the second MAB region, wherein said first sub-carrier spacing is associated with said first MAB region and said second sub-carrier spacing is associated with said second MAB region. establishing a plurality of multiple access block, MAB, types defining different combinations of sub-carrier spacing and symbol duration for waveform transmissions; partitioning a frequency and time plane of a carrier spectrum band into a plurality of MAB regions comprising frequency-time slots for the waveform transmissions; and selecting, for the MAB regions, at least two different MAB types from the established plurality of MAB types; characterized in that at least a first MAB region and a second MAB region of the plurality of MAB regions occupy different frequency partitions of the carrier spectrum band in a same time slot; and a first sub-carrier spacing in the first MAB region equals two times or four times a second sub-carrier spacing in the second MAB region, wherein said first sub-carrier spacing is associated with said first MAB region and said second sub-carrier spacing is associated with said second MAB region.
Air trap unit for detecting a fill level in a washing machine, which air trap unit has an air trap housing and an inlet connector, the inlet connector being fluidically coupled or being able to be fluidically coupled to the air trap housing and being designed to convey a fluid into the air trap housing, characterised in that the air trap unit comprises an insulating means that is designed to thermally insulate the inlet connector and/or the air trap housing against the surroundings of the air trap unit.
An apparatus, comprising: an open cylindrical rotor (10, 50) having an inner wall and a longitudinal axis of rotation, wherein said inner wall comprises a rotor electrode mounting surface, wherein the distance from said axis of rotation to said mounting surface periodically varies along the length of said axis of rotation; wherein said rotor comprises fibers embedded in an epoxy matrix, where said fibers comprise a material selected from the group consisting of E-glass, S-Glass, basalt fibers and carbon fibers. an open cylindrical rotor (10, 50) having an inner wall and a longitudinal axis of rotation, wherein said inner wall comprises a rotor electrode mounting surface, wherein the distance from said axis of rotation to said mounting surface periodically varies along the length of said axis of rotation; wherein said rotor comprises fibers embedded in an epoxy matrix, where said fibers comprise a material selected from the group consisting of E-glass, S-Glass, basalt fibers and carbon fibers.
A staple-refill comprising: a casing in which a plurality of sheet-type connected staples are stacked and accommodated; a staple inserting port which is formed in the casing and through which the sheet-type connected staples are inserted in the casing in an insertion direction, the staple inserting port being formed on one of two surfaces (12f, 12e) of the casing which are perpendicular to the insertion direction; a staple discharge portion from which the sheet-type connected staples in the casing are discharged, the staple discharge portion being arranged on a front surface of the casing including the insertion direction and a width direction in which each of staples of the sheet-type connected staples extends; a cover member which covers the sheet-type connected staples in the casing from a side of the staple inserting port; a guide boss formed in the cover member; and a guide portion which is formed in the casing and extending in the insertion direction, the guide boss being engaged with the guide portion to guide the cover member in the insertion direction, characterized in that the staple-refill is provided without a front wall, such that the casing is open between an edge of the staple inserting port in the insertion direction and the staple discharge portion. a casing in which a plurality of sheet-type connected staples are stacked and accommodated; a staple inserting port which is formed in the casing and through which the sheet-type connected staples are inserted in the casing in an insertion direction, the staple inserting port being formed on one of two surfaces (12f, 12e) of the casing which are perpendicular to the insertion direction; a staple discharge portion from which the sheet-type connected staples in the casing are discharged, the staple discharge portion being arranged on a front surface of the casing including the insertion direction and a width direction in which each of staples of the sheet-type connected staples extends; a cover member which covers the sheet-type connected staples in the casing from a side of the staple inserting port; a guide boss formed in the cover member; and a guide portion which is formed in the casing and extending in the insertion direction, the guide boss being engaged with the guide portion to guide the cover member in the insertion direction, characterized in that
Drug delivery device for administering a drug, comprising: - a body, - at least one electrical unit and a port for electrically contacting the electrical unit, - an adapter for attaching an injection needle to the drug delivery device, - a safety mechanism comprising a cap arranged to be assembled over the needle and over part of the body such that the needle is inaccessible and the port is accessible when the cap is attached to the body, wherein the port is inaccessible when the cap is removed from the body, characterized in that the port is arranged within a recess in the body, wherein the safety mechanism comprises a cover arranged to hide the recess when in a closed position or expose the recess when in an open position relative to the body, wherein when the cap is attached to the body the recess with the port remains uncovered, wherein the cap, when mounted to the body, is arranged to cause movement of the cover into the open position and/or unlock the cover for allowing its movement into the open position, wherein a blocking component is slidably arranged in the body and biased towards a blocking position for preventing the cover to be moved out of the closed position, wherein the cap, when attached to the body, is arranged to move the blocking component out of the blocking position thus allowing movement of the cover towards the open position, wherein the blocking component is shaped as a third spring, wherein the cover is shaped substantially cylindrical, rotatably fitted to the body and comprises an opening for accessing the port, wherein when the cap is not fitted to the body, a retaining tongue on the third spring engages with a retaining feature on the cover to prevent it from rotating out of the closed position, wherein a beam on the cap is arranged to push the third spring out of engagement with the retaining feature when the cap is mounted to the body. - a body, - at least one electrical unit and a port for electrically contacting the electrical unit, - an adapter for attaching an injection needle to the drug delivery device, - a safety mechanism comprising a cap arranged to be assembled over the needle and over part of the body such that the needle is inaccessible and the port is accessible when the cap is attached to the body, wherein the port is inaccessible when the cap is removed from the body,
An orthodontic appliance comprising shells (14, 16) shaped to receive teeth of an upper or lower jaw, the shells being stacked and being varyingly affixed to one another, wherein varyingly affixed means that a substantial amount of surface areas between the shells are not bonded or otherwise made inseparable through some process, with the remaining surfaces being affixed, wherein the shells comprise a first shell having cavities shaped to receive the teeth and a second shell shaped to receive the first shell, wherein the second shell is stacked over the first shell, wherein the first shell has a bottom first surface for directly engaging the teeth and a top first surface opposite the bottom first surface and a first edge defined therebetween, wherein the second shell has a bottom second surface for mechanically engaging the top first surface of the first shell and a top second surface opposite the bottom second surface and a second edge defined therebetween, wherein the top first surface and the bottom second surface are not significantly affixed to each other, characterised in that the first shell and second shell are affixed at the first edge and second edge. wherein the shells comprise a first shell having cavities shaped to receive the teeth and a second shell shaped to receive the first shell, wherein the second shell is stacked over the first shell, wherein the first shell has a bottom first surface for directly engaging the teeth and a top first surface opposite the bottom first surface and a first edge defined therebetween, wherein the second shell has a bottom second surface for mechanically engaging the top first surface of the first shell and a top second surface opposite the bottom second surface and a second edge defined therebetween, wherein the top first surface and the bottom second surface are not significantly affixed to each other, characterised in that the first shell and second shell are affixed at the first edge and second edge.
A spring contact component for a plug socket of an electromedical implant with a helix that surrounds the outer perimeter of a plug opening and that has a first and a second end (5.1, 5.2), the second end (5.2) of the helix being directly connected, electrically and mechanically, through a wire and/or band-shaped element, with a connection pin, characterized in that the wire and/or band-shaped element has shape-stabilizing means that surround the helix on the outside in the area of its perimeter and that preferably are in the form of a single or multiple ring or a spiral.
A child carrier for transporting a child in a car while attached to a user in a seat restraint, the child carrier comprising: a child harness mounted on a backboard that is rigid at least in part, said backboard comprising at least one fastening arranged in use to be capable of attaching the carrier to a user in a seat restraint, the harness comprising two belts arranged in use to pass over the child's shoulders, one for each arm, and comprising two belts to secure around the child's waist, and a belt between the child's legs, wherein the backboard is shaped so as to include a tapered lower section portion arranged in use to rest comfortably between a user's legs.
A method of assaying for the presence of a lung cancer in a person, comprising: in a biological sample from a patient suspected of having cancer; measuring level of circulating free nucleic acids derived from a target formylpeptide receptor 1 gene in the biological sample; and comparing the measured level of circulating free nucleic acids derived from said target FPR1 gene with known levels of circulating free nucleic acids derived from said gene in healthy persons, wherein an increased level of circulating free nucleic acids derived from said FPR1 gene indicates the presence of a lung cancer associated with said gene in the patient. in a biological sample from a patient suspected of having cancer; measuring level of circulating free nucleic acids derived from a target formylpeptide receptor 1 gene in the biological sample; and comparing the measured level of circulating free nucleic acids derived from said target FPR1 gene with known levels of circulating free nucleic acids derived from said gene in healthy persons, wherein an increased level of circulating free nucleic acids derived from said FPR1 gene indicates the presence of a lung cancer associated with said gene in the patient.
A heterocyclic compound represented by the following formula: wherein R 1 each independently represents an aryl group, and R 2 each represents a hydrogen atom, or R 2 each independently represents an aryl group; or R 1 each represents a hydrogen atom and R 2 each independently represents an aryl group. R 1 each independently represents an aryl group, and R 2 each represents a hydrogen atom, or R 2 each independently represents an aryl group; or R 1 each represents a hydrogen atom and R 2 each independently represents an aryl group.
Closing device for a full face helmet, said full face helmet comprising a shell for protecting the head, a chin guard, a visor hinged on the shell and configurable in a closed position when lowered to match an upper profile of the chin guard, said closing device comprising: a protrusion fixable either on said chin guard or on said visor in order to protrude therefrom, locking means installable respectively either on said visor or on said chin guard, configured for interfering mechanically with said protrusion for blocking in a releasable manner the visor at least in said closed position, characterized in that said protrusion is a pin and said locking means comprise a spring fixable respectively either on said visor or on said chin guard and ending with opposed arms (5a, 5b) that can be stretched apart by overcoming an elastic return force of the spring, said opposed arms (5a, 5b) being configured for pinching said pin at least when the visor is in said closed position. a protrusion fixable either on said chin guard or on said visor in order to protrude therefrom, locking means installable respectively either on said visor or on said chin guard, configured for interfering mechanically with said protrusion for blocking in a releasable manner the visor at least in said closed position,
A radio communication system for high-speed packet transmission on an uplink and a downlink between a base station and a mobile station, in which said base station comprises a first transmission means for transmitting a down packet transmission notification signal to the mobile station and a second transmission means for transmitting a down packet to the mobile station after a predetermined time after the transmission of the down packet transmission notification signal, and said mobile station comprises a reception means for, upon receiving a down packet transmission notification signal directed to its own station, receiving a corresponding down packet, a first determination means for determining power usable in each transmission time unit of a first channel of the uplink according to the number of down packet transmission notification signals directed to its own station which have been received in a first predetermined time interval prior to the relevant transmission time unit, a second determination means for determining a transmission rate of the first channel based on the usable power, and a transmission means for transmitting an up packet by the first channel by using a determined transmission rate and transmitting a reception result notification signal of a down packet by a second channel of the uplink, wherein said first determination means considers remaining power obtained by subtracting required transmission power of said reception result notification signal from maximum power of the station itself as power usable for said first channel when the number of receptions of a down packet transmission notification signal directed to the station itself which is received in said first predetermined time interval is larger than a first predetermined threshold value.
A method for generating a conjugated immunoglobulin, the method comprising: decapping a cysteine at amino acid position 80 ("Cys80") in a light chain variable region of an immunoglobulin derived from rabbit, the Cys80 based upon the Kabat or Chothia numbering system, wherein the immunoglobulin comprises a heavy chain variable region and the light chain variable region; and conjugating a thiol-reactive compound to the Cys80, wherein the thiol-reactive compound comprises a thiol-reactive group. decapping a cysteine at amino acid position 80 ("Cys80") in a light chain variable region of an immunoglobulin derived from rabbit, the Cys80 based upon the Kabat or Chothia numbering system, wherein the immunoglobulin comprises a heavy chain variable region and the light chain variable region; and conjugating a thiol-reactive compound to the Cys80, wherein the thiol-reactive compound comprises a thiol-reactive group.
Method for processing cellulose-containing biomass, comprising the step of subjecting a treatment mixture comprising said cellulose-containing biomass, water and sulfuric acid to a temperature in the range of from 100 °C to 220 °C at a pressure in the range of from 100 to 4000 kPa wherein the pressure is selected so that at least a part of the water is in the liquid state to generate a treated cellulose-containing biomass, wherein said treatment mixture further comprises one or more compounds of formula wherein in formula R 1 and R 2 are independently selected from the group consisting of hydrogen, methyl, ethyl, propyl and butyl, each R x in any of said x groups is independently of the meaning of R x in the other groups selected from the group consisting of hydrogen, methyl, ethyl and propyl x is an integer from 50 to 250, and further comprising a step of saccharification of the treated cellulose-containing biomass so that glucose and/or other sugars are formed.