mhurhangee/patent-ind-claim-en huggingface dataset:
Storage device with at least one storage container which comprises a container housing , on which at the outside at least one handle is arranged, said handle being designed as an at least essentially U-shaped bow grip comprising two grip limbs which are connected to one another by a connection web , around which a hand can grip, and said handle in the region of the free end sections of the grip limbs , which are opposite the connection web , being mounted pivotably about a pivot axis via a pivot bearing device on the container housing so that the handle is pivotable between a position of non-use in which it is pivoted onto the container housing and a position of use in which it projects away from the container housing , wherein each pivot bearing device comprises a first bearing element which is arranged on the container housing and a second bearing element which is arranged on one of the grip limbs of the handle , said bearing elements being inserted into one another in the axis direction of the pivot axis and being rotatable relative to one another with respect to the pivot axis , wherein a securing device which assumes an active state at least in the position of use of the handle is assigned to the free end section of each grip limb , by way of which securing device in its active state the assigned grip limb is supportable or supported with respect to the container housing in the axis direction of the pivot axis , in order to prevent a mutual approach of the two grip limbs which would permit a release from one another of the bearing elements which are inserted into one another, characterised in that each securing device in at least one other pivoting position of the handle which is different from the position of use comprises an inactive state, in which it releases the grip limb which is assigned to it in order to enable a relative movement between the two grip limbs directed towards one another in the axis direction of the pivot axis for a latching mounting of the handle .
A knife blade for a cutting device , with two cutting edges which are disposed on a substantially triangular cutting section , which extends along a fastening section , characterized in that the cutting edges have regions with different tooth pitches (Z1, Z2), wherein in a lower region , which in sections extends from the fastening section in the direction of the knife blade tip , the number of teeth is smaller than in an upper region which extends to the knife blade tip .
A composition comprising an extract of Leucosidea Sericea, in the form of either an ethanolic or liquid aqueous extract, for use in a method of treating acne vulgaris.
A power supply for generating an output signal, comprising: - a pulse width modulator, adapted to generate a first pulse width modulation control signal with a modulation wave signal m(n), wherein n is a time index, - a first inverter leg , adapted to generate a first pulse width modulation signal by modulating an input DC voltage from the first pulse width modulation control signal, - a second inverter leg , adapted to generate a second pulse width modulation signal by modulating the input DC voltage from a second pulse width modulation control signal, - a phase shifter, adapted to generate a provisional second pulse width modulation signal by phase shifting the first pulse width modulation control signal, - a compensator , adapted to determine the second pulse width modulation control signal from the provisional second pulse width modulation signal, by adding a compensation signal, wherein the compensation signal is determined dependent upon the modulation wave signal m(n), and - a coupled inductor , adapted to combine the first pulse width modulation signal and the second pulse width modulation signal to form the output signal, wherein the compensator is adapted to determine the second pulse width modulation control signal in order to compensate for a circulation current within the coupled inductor, characterized in that the compensator is adapted to determine the compensation signal as: Y = 2 x Δ m , wherein Y is the compensation signal, and wherein Δm is determined as m(n) - m(n-1). - a pulse width modulator, adapted to generate a first pulse width modulation control signal with a modulation wave signal m(n), wherein n is a time index, - a first inverter leg , adapted to generate a first pulse width modulation signal by modulating an input DC voltage from the first pulse width modulation control signal, - a second inverter leg , adapted to generate a second pulse width modulation signal by modulating the input DC voltage from a second pulse width modulation control signal, - a phase shifter, adapted to generate a provisional second pulse width modulation signal by phase shifting the first pulse width modulation control signal, - a compensator , adapted to determine the second pulse width modulation control signal from the provisional second pulse width modulation signal, by adding a compensation signal, wherein the compensation signal is determined dependent upon the modulation wave signal m(n), and - a coupled inductor , adapted to combine the first pulse width modulation signal and the second pulse width modulation signal to form the output signal, wherein the compensator is adapted to determine the second pulse width modulation control signal in order to compensate for a circulation current within the coupled inductor, characterized in that the compensator is adapted to determine the compensation signal as: Y = 2 x Δ m , wherein Y is the compensation signal, and wherein Δm is determined as m(n) - m(n-1).
Method for honing a gear wheel (R), in which the gear wheel (R) to be respectively honed and a honing tool (O) provided with a toothing corresponding to the toothing of the gear wheel (R) are moved into engagement with one another so as to be rotatable about one rotational axis (B, C) in each case, wherein the rotational axes (B, C) of gear wheel (R) and honing tool (O) are aligned intersecting one another at an axis-intersecting angle (Σ), wherein gear wheel (R) and honing tool (O) are moved relative to one another in an oscillating manner in the axial direction (Z) of the rotational axis (C) of the gear wheel (R) between two reverse positions and wherein the gear wheel (R) and the honing tool (O) are advanced towards one another proceeding from an end position in relation to the rotational axis (C) of the gear wheel (R) in a radial direction (X) in order to effect a material removal on the gear wheel (R), characterised in that in the case of the oscillating relative movement directed in the axial direction (Z) of the rotational axis (C) of the gear wheel (R), the rotational position of the gear wheel (R), in relation to its rotational axis (C), is changed as a function of the advance in the radial direction (X) in such manner that during the exiting, which leads to the end position and is directed in the radial direction (X), from the respectively assigned tooth spacing (RL) of the gear wheel (R), there is contact between the respective tooth (OZ) of the honing tool (O) and one of the flanks (FH) of the teeth (RZ2) of the gear wheel (R) delimiting the tooth spacing (RL) in question.
A battery module , comprising: a plurality of battery cells ; a module case configured to accommodate the plurality of battery cells ; an air intake unit provided to one side of the module case and configured to guide an air into the module case to cool the plurality of battery cells ; an air discharge unit provided to the other side of the module case and configured to discharge the air introduced into the module case through the air intake unit to the outside of the module case ; and at least one sheet member attached to an inner wall of the module case between the air discharge unit and the air intake unit and configured to expand at a predetermined temperature or above to seal an inner space of the module case , wherein the sheet member is provided in plural, and the plurality of sheet members are attached to a front inner wall, a rear inner wall, both side inner walls, an upper inner wall and a lower inner wall of the module case , respectively, and further comprising a pair of air circulation guide members disposed at inner portions of both sides of the module case to face the air intake unit and the air discharge unit , respectively, and having an air circulation flow path formed therein, wherein the pair of air circulation guide members are made of the same material as the at least one sheet member . a plurality of battery cells ; a module case configured to accommodate the plurality of battery cells ; an air intake unit provided to one side of the module case and configured to guide an air into the module case to cool the plurality of battery cells ; an air discharge unit provided to the other side of the module case and configured to discharge the air introduced into the module case through the air intake unit to the outside of the module case ; and at least one sheet member attached to an inner wall of the module case between the air discharge unit and the air intake unit and configured to expand at a predetermined temperature or above to seal an inner space of the module case , wherein the sheet member is provided in plural, and the plurality of sheet members are attached to a front inner wall, a rear inner wall, both side inner walls, an upper inner wall and a lower inner wall of the module case , respectively, and further comprising a pair of air circulation guide members disposed at inner portions of both sides of the module case to face the air intake unit and the air discharge unit , respectively, and having an air circulation flow path formed therein, wherein the pair of air circulation guide members are made of the same material as the at least one sheet member .
A hair dryer comprising: a body , an installation cavity being provided in an interior of the body, a blowing mechanism being provided in an interior of the installation cavity; an annular inner air intake net disposed at a tail end of the body, a plurality of perforative inner air inlets being formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover , detachably sleeved on an outer side of the annular inner air intake net, a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, the plurality of outer air inlets communicating with the plurality of inner air inlets; porous fillers , arranged between the annular inner air intake net and the annular air intake net cover, wherein one side of the porous fillers is opposite to the plurality of inner air inlets, and the other side of the porous fillers is opposite to the plurality of outer air inlets. a body , an installation cavity being provided in an interior of the body, a blowing mechanism being provided in an interior of the installation cavity; an annular inner air intake net disposed at a tail end of the body, a plurality of perforative inner air inlets being formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover , detachably sleeved on an outer side of the annular inner air intake net, a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, the plurality of outer air inlets communicating with the plurality of inner air inlets; porous fillers , arranged between the annular inner air intake net and the annular air intake net cover, wherein one side of the porous fillers is opposite to the plurality of inner air inlets, and the other side of the porous fillers is opposite to the plurality of outer air inlets.
A method of forming a light emitting diode, LED, apparatus comprising: mounting a light emitting diode, LED, to a substrate; encapsulating the LED with an encapsulation with surface-texturing comprising multiple regions; wherein each region provides surface texturing using one or more geometric shapes; and wherein the one or more geometric shapes associated with each region are dimensioned to be smaller than the light emitting diode characterised in that the one or more geometric shapes associated with each region are selected from a set comprising hemispheres, cones and pyramids wherein each region provides surface-texturing using different geometric shapes. mounting a light emitting diode, LED, to a substrate; encapsulating the LED with an encapsulation with surface-texturing comprising multiple regions; wherein each region provides surface texturing using one or more geometric shapes; and wherein the one or more geometric shapes associated with each region are dimensioned to be smaller than the light emitting diode characterised in that the one or more geometric shapes associated with each region are selected from a set comprising hemispheres, cones and pyramids wherein each region provides surface-texturing using different geometric shapes.
An electromagnetic valve, comprising: a coil ; a valve body ; a fixed core ; and a movable core configured to open the valve body , wherein surface treatment having a predetermined thickness is applied to each facing surface of the fixed core and the movable core , an outer peripheral flat part, an outer peripheral taper part , a convex curved part , a flat part , and an inner peripheral taper part are formed in order from an outer peripheral side on the movable core after applying the surface treatment, and the curved part and the flat part are connected in a tangent manner and wherein the outer peripheral taper part , the curved part , the flat part and the inner peripheral taper part form a projection . a coil ; a valve body ; a fixed core ; and a movable core configured to open the valve body , wherein surface treatment having a predetermined thickness is applied to each facing surface of the fixed core and the movable core , an outer peripheral flat part, an outer peripheral taper part , a convex curved part , a flat part , and an inner peripheral taper part are formed in order from an outer peripheral side on the movable core after applying the surface treatment, and the curved part and the flat part are connected in a tangent manner and wherein the outer peripheral taper part , the curved part , the flat part and the inner peripheral taper part form a projection .
An operating device for a motor vehicle, having a sensor surface and having a first sensor device , such that a first signal can be generated when the sensor surface is contacted and/or in the immediate vicinity of the sensor surface , wherein the first sensor device is a capacitive sensor device for detection in the near field to the sensor surface , and having a second sensor device for the detection of movements over the sensor surface and/or movements on the sensor surface and/or the approach to the sensor surface producing a second signal, wherein the second sensor device is a reflectionoptical sensor device having at least one optical transmitter and at least one optical receiver for optical radiation for detection remote from the sensor surface , characterised in that the capacitively operating first sensor device comprises printed conductors in the manner of a sensor matrix on a printed circuit board , in that the printed conductors are arranged on the side of the printed circuit board facing the sensor surface , in that the printed circuit board is arranged on the sensor surface such that the optical transmitter and/or the optical receiver of the second sensor device is arranged on the side of the printed circuit board facing away from the sensor surface , and in that the circuit board has an opening for the optical transmitter and/or the optical receiver , such that the optical radiation is transmitted through the opening between the optical transmitter and/or the optical receiver and the sensor surface .
An apparatus comprising: an optical waveguide formed in a semiconductor layer ; a first contact region (110, 110-1) formed in the semiconductor layer and intersecting the optical waveguide ; and a first optical transition region that extends between the optical waveguide and the first contact region (110, 110-1), wherein the first contact region is electrically coupled with the first optical transition region and configured to conduct electrical current along a dimension of the optical waveguide , whereby characterized in that the optical waveguide is operated as a resistive heating element to apply resistive heating to the optical waveguide . an optical waveguide formed in a semiconductor layer ; a first contact region (110, 110-1) formed in the semiconductor layer and intersecting the optical waveguide ; and a first optical transition region that extends between the optical waveguide and the first contact region (110, 110-1), wherein the first contact region is electrically coupled with the first optical transition region and configured to conduct electrical current along a dimension of the optical waveguide , whereby characterized in that the optical waveguide is operated as a resistive heating element to apply resistive heating to the optical waveguide .
An electromagnetic switch device for starter, comprising: an electromagnetic switch which includes a pair of main fixed contacts , a main movable contact , a main contact chamber storing the pair of main fixed contacts and the main movable contact , an attraction coil , and a holding coil and which opens and closes an electric circuit for a motor via the pair of main fixed contacts , and when the attraction coil and the holding coil are energized, moves an overrunning clutch via a shift lever ; an auxiliary relay which includes a pair of sub fixed contacts , a sub movable contact , and a sub coil , the pair of sub fixed contacts being connected to the attraction coil and the holding coil of the electromagnetic switch , the auxiliary relay energizing the attraction coil and the holding coil of the electromagnetic switch via the pair of sub fixed contacts in response to a starting signal; and a cylindrical terminal block to which a battery terminal connected to a plus terminal of a battery and a motor terminal connected to the motor are provided, characterised in that in the terminal block the main contact chamber and the sub coil of the auxiliary relay are arranged so as to be adjacent to each other in a radial direction with a partition wall provided therebetween, the terminal block integrally holding the electromagnetic switch and the auxiliary relay in parallel to an output shaft of the motor . an electromagnetic switch which includes a pair of main fixed contacts , a main movable contact , a main contact chamber storing the pair of main fixed contacts and the main movable contact , an attraction coil , and a holding coil and which opens and closes an electric circuit for a motor via the pair of main fixed contacts , and when the attraction coil and the holding coil are energized, moves an overrunning clutch via a shift lever ; an auxiliary relay which includes a pair of sub fixed contacts , a sub movable contact , and a sub coil , the pair of sub fixed contacts being connected to the attraction coil and the holding coil of the electromagnetic switch , the auxiliary relay energizing the attraction coil and the holding coil of the electromagnetic switch via the pair of sub fixed contacts in response to a starting signal; and a cylindrical terminal block to which a battery terminal connected to a plus terminal of a battery and a motor terminal connected to the motor are provided, characterised in that in the terminal block the main contact chamber and the sub coil of the auxiliary relay are arranged so as to be adjacent to each other in a radial direction with a partition wall provided therebetween, the terminal block integrally holding the electromagnetic switch and the auxiliary relay in parallel to an output shaft of the motor .
A method comprising: obtaining , at a first device comprising a first Encapsulating Security Payload protocol data node from a client device, an Internet Key Exchange protocol message indicating a first Internet Protocol Security traffic flow is to be established via the first device; forwarding , from the first device, the Internet Key Exchange protocol message to a second device comprising an Internet Key Exchange control node; obtaining , at the first device from a key value store executing at a third device, an encryption key used to transmit traffic via the first Internet Protocol Security traffic flow, wherein the key value store is populated with the encryption key in response to the second device obtaining the Internet Key Exchange protocol message via a message exchange between the second device and the third device; obtaining , at the first device, a first data packet to be transmitted via the first Internet Protocol Security traffic flow; and providing , from the first device, the first data packet encrypted by the first device with the encryption key of the first Internet Protocol Security traffic flow. obtaining , at a first device comprising a first Encapsulating Security Payload protocol data node from a client device, an Internet Key Exchange protocol message indicating a first Internet Protocol Security traffic flow is to be established via the first device; forwarding , from the first device, the Internet Key Exchange protocol message to a second device comprising an Internet Key Exchange control node; obtaining , at the first device from a key value store executing at a third device, an encryption key used to transmit traffic via the first Internet Protocol Security traffic flow, wherein the key value store is populated with the encryption key in response to the second device obtaining the Internet Key Exchange protocol message via a message exchange between the second device and the third device; obtaining , at the first device, a first data packet to be transmitted via the first Internet Protocol Security traffic flow; and providing , from the first device, the first data packet encrypted by the first device with the encryption key of the first Internet Protocol Security traffic flow.
A base station for a wireless communication system, the base station comprising: a transceiver configured to transmit and receive a signal; and a controller configured to: generate downlink control information, DCI, and transmit a DCI format including the DCI to a terminal , wherein the DCI format includes a plurality of fields corresponding to a plurality of transport blocks, and each of the fields indicates a modulation and coding scheme for one of the plurality of transport blocks, and wherein the DCI format further includes an index field indicating which one of at least two downlink reference signal patterns included in a resource block is used for the terminal . a transceiver configured to transmit and receive a signal; and a controller configured to: generate downlink control information, DCI, and transmit a DCI format including the DCI to a terminal , wherein the DCI format includes a plurality of fields corresponding to a plurality of transport blocks, and each of the fields indicates a modulation and coding scheme for one of the plurality of transport blocks, and wherein the DCI format further includes an index field indicating which one of at least two downlink reference signal patterns included in a resource block is used for the terminal . generate downlink control information, DCI, and transmit a DCI format including the DCI to a terminal , wherein the DCI format includes a plurality of fields corresponding to a plurality of transport blocks, and each of the fields indicates a modulation and coding scheme for one of the plurality of transport blocks, and wherein the DCI format further includes an index field indicating which one of at least two downlink reference signal patterns included in a resource block is used for the terminal .